Suzuki Tokuji | Department Of Biopharmaceutics Faculty Of Phamaceutical Sciences Chiba University

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概要

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著作論文

STRUCTURE-ACTIVITY RELATIONSHIP IN INDUCTION OF CYTOCHROME P-448 BY LIPOPHILIC AZO DYES AND ITS REGULATION WITH Ah LOCUS
MECHANISM OF ALTERATIONS OF NON-LINEARITY IN HEPATIC FIRST-PASS METABOLISM OF PROPRANOLOL : ALTERATIONS IN THE RELATIVE ABUNDANCE OF CYTOCHROME P-450 ISOZYMES IN THE LIVER MICROSOMES IN RELATION TO THE ORGAN-LEVEL METABOLIC ACTIVITIES
STRAIN DIFFERENCES IN NONLINEAR FIRST-PASS METABOLISM IN RATS
AN APPLICATION OF NON-IDEAL FLOW MODEL WITH MEMBRANE TRANSPORT FOR HEPATIC DRUG ELIMINATION
MECHANISM OF LIPOPHILIC AZO DYE-INDUCED PREVENTION OF CHEMICAL CARCINOGENESIS
"PARALLEL PATHWAY INTERACTION"IN NONLINEAR DISPOSITION OF IMIPRAMINE AND ITS ACTIVE METABOLITE, DESIPRAMINE
REGIO- AND OPTICAL ISOMER-SELECTIVITY OF PURIFIED CYTOCHROMES P-450 IN PROPRANOLOL METABOLISM
NONLINEAR PHARMACOKINETICS OF LIDOCAINE AND ITS METABOLITES IN RELATION TO MULTIPLE SPECIES OF CYTOCHROME P-450
FUNCTIONAL FEMINIZATION OF MALE RAT LIVER WITH OLD AGE
ALTERATION OF RELATIVE ABUNDANCE OF HEPATIC MICROSOMAL CYTOCHROME P-450 ISOZYMES AND MICROSOMAL DRUG METABOLIZING ENZYME ACTIVITIES
AGE-ASSOCIATED CHANGE IN HEPATIC MICROSOMAL DRUG METABOLIZING ENZYME ACTIVITIES
LIDOCAINE-LIDOCAINE METABOLITE INTERACTIONS IN THEIR METABOLISM
Induction of Cytochrome P450 1A1 in Mice by Repeated Oral Administration of Propranolol
Biphasic Kinetics of Imipramine N-Oxidation in Rat Brain Microsomes

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