0000000000420077

AUTHOR

D. Raphael

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Species differences in activating and inactivating enzymes related to the control of mutagenic metabolites

1977

Microsomal monooxygenases catalyze the biosynthesis of epoxides from olefinic and aromatic compounds whilst microsomal epoxide hydratase and cytoplasmic glutathione S-transferases are responsible for their further biotransformation. Although catalytically very efficient the cytoplasmic glutathione S-transferases play, due to their subcellular localization, a minor role in the inactivation of epoxides derived from large lipophilic compounds and were, therefore, not included in this study. It was shown with such a lipophilic compound, benzo(a)pyrene, as a model substance and with liver enzyme mediated bacterial mutagenesis as biological endpoint that species and strain differences in epoxide …

MaleSalmonella typhimuriumHealth Toxicology and MutagenesisToxicologyMixed Function OxygenasesMicechemistry.chemical_compoundSpecies SpecificityBiotransformationBiosynthesisCoumarinsAnimalsBenzopyrenesBiotransformationEpoxide Hydrolaseschemistry.chemical_classificationMutagenesisGeneral MedicineGlutathioneMonooxygenaseRatsEnzymeBenzo(a)pyrenechemistryBiochemistryPhenobarbitalMicrosomes LiverMicrosomeFemaleOxidoreductasesMethylcholanthreneMutagensArchives of Toxicology
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