Citation 117558

LE BON,AM: SIESS,MH: SUSCHETET,M:. (1992). INHIBITION OF MICROSOME-MEDIATED BINDING OF BENZO[A]PYRENE TO DNA BY FLAVONOIDS EITHER IN VITRO OR AFTER DIETARY ADMINSTRATION TO RATS.. 83(1)

Citation Details

Title	INHIBITION OF MICROSOME-MEDIATED BINDING OF BENZO[A]PYRENE TO DNA BY FLAVONOIDS EITHER IN VITRO OR AFTER DIETARY ADMINSTRATION TO RATS.
Authors	LE BON,AM: SIESS,MH: SUSCHETET,M:
Year	1992
Volume	83
Issue	1

Summary

Year: 1992

Journal: Unknown

Organisms and Their Experiments (5)

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	CHRYSIN	ACTIVE
2	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VIVO	CHRYSIN	INACTIVE
3	COLLAGENASE STIMULATION	PHARMACOLOGY OF COMPOUND - IN VIVO	CHRYSIN	INACTIVE
4	EPOXIDE HYDROLASE ACTIVITY INCREASE	PHARMACOLOGY OF COMPOUND - IN VIVO	CHRYSIN	INACTIVE

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	QUERCETIN	ACTIVE
2	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VIVO	QUERCETIN	ACTIVE
3	GLYCOLYSIS STIMULATION	PHARMACOLOGY OF COMPOUND - IN VIVO	QUERCETIN	INACTIVE
4	EPOXIDE HYDROLASE ACTIVITY INCREASE	PHARMACOLOGY OF COMPOUND - IN VIVO	QUERCETIN	INACTIVE

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	FLAVONE	ACTIVE
2	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VIVO	FLAVONE	INACTIVE
3	ARYL HYDROCARBON HYDROXYLASE INDUCTION	PHARMACOLOGY OF COMPOUND - IN VIVO	FLAVONE	INACTIVE
4	EPOXIDE HYDROLASE ACTIVITY INCREASE	PHARMACOLOGY OF COMPOUND - IN VIVO	FLAVONE	ACTIVE

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	FLAVANONE	ACTIVE
2	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VIVO	FLAVANONE	INACTIVE
3	ARYL HYDROCARBON HYDROXYLASE INDUCTION	PHARMACOLOGY OF COMPOUND - IN VIVO	FLAVANONE	INACTIVE
4	EPOXIDE HYDROLASE ACTIVITY INCREASE	PHARMACOLOGY OF COMPOUND - IN VIVO	FLAVANONE	ACTIVE

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	TANGERETIN	ACTIVE
2	DNA-BINDING INHIBITION	PHARMACOLOGY OF COMPOUND - IN VIVO	TANGERETIN	ACTIVE
3	ARYL HYDROCARBON HYDROXYLASE INDUCTION	PHARMACOLOGY OF COMPOUND - IN VIVO	TANGERETIN	INACTIVE
4	EPOXIDE HYDROLASE ACTIVITY INCREASE	PHARMACOLOGY OF COMPOUND - IN VIVO	TANGERETIN	INACTIVE

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