Tan Lab | DSigDB

Gene Set: D4 : CTD - isocarbophos

Collection

D4 : CTD

Chemical Name

isocarbophos ( From PubChem : ISOCARBOPHOS )

FDA	NPC	WHO	Indian	Australia	China	Traditional Herbal	Clinical Trail
Not	Not	Not	Not	Not	Not	Not	Not

Molecular Weight	Hydrogen Bond Donor Count	Hydrogen Bond Acceptor Count	cLogP	Lipinski Rule
289.288 g/mol	1	6	3.8111	True

Structure

InChI

InChI=1S/C11H16NO4PS/c1-8(2)15-11(13)9-6-4-5-7-10(9)16-17(12,18)14-3/h4-8H,1-3H3,(H2,12,18)/t17-/m0/s1

InChIKey

Links

Gene (11 / 23)

⊖ Less

Source	Type	Unit	Value	Gene	PMID	Other
CTD	decreases(activity)			ACHE		C549713
CTD	increases(expression)			BAX		C549713
CTD	decreases(expression)			BCL2		C549713
CTD	affects(activity)			CYP1A2		C549713
CTD	decreases(sulfation)			CYP1A2		C549713
CTD	increases(metabolic processing)			CYP1A2		C549713
CTD	affects(activity)			CYP2C19		C549713
CTD	decreases(sulfation)			CYP2C19		C549713
CTD	increases(metabolic processing)			CYP2C19		C549713
CTD	affects(activity)			CYP2C9		C549713
CTD	decreases(sulfation)			CYP2C9		C549713
CTD	increases(metabolic processing)			CYP2C9		C549713
CTD	affects(activity)			CYP2D6		C549713
CTD	decreases(sulfation)			CYP2D6		C549713
CTD	increases(metabolic processing)			CYP2D6		C549713
CTD	affects(activity)			CYP3A4		C549713
CTD	decreases(sulfation)			CYP3A4		C549713
CTD	increases(metabolic processing)			CYP3A4		C549713
CTD	increases(phosphorylation)			MAPK1		C549713
CTD	decreases(reaction)			MAPK1		C549713
CTD	increases(phosphorylation)			MAPK3		C549713
CTD	decreases(reaction)			MAPK3		C549713
PubChem	AhR Potency (uM)	uM	43.277	AHR	-	GI(Protien) :

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