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Results: 1-8 |
Results: 8
CYP2D6 CATALYZES TAMOXIFEN 4-HYDROXYLATION IN HUMAN LIVER
Authors: DEHAL SS KUPFER D
Citation: Ss. Dehal et D. Kupfer, CYP2D6 CATALYZES TAMOXIFEN 4-HYDROXYLATION IN HUMAN LIVER, Cancer research, 57(16), 1997, pp. 3402-3406
4-HYDROXYANDROSTENEDIONE (4-OH-A) INHIBITS TAMOXIFEN (TAM) METABOLISMBY RAT-LIVER MICROSOMAL P450 AND FMO
Authors: DEHAL SS BRODIE A KUPFER D
Citation: Ss. Dehal et al., 4-HYDROXYANDROSTENEDIONE (4-OH-A) INHIBITS TAMOXIFEN (TAM) METABOLISMBY RAT-LIVER MICROSOMAL P450 AND FMO, The FASEB journal, 10(3), 1996, pp. 1020-1020
EVIDENCE THAT THE CATECHOL 3,4-DIHYDROXYTAMOXIFEN IS A PROXIMATE INTERMEDIATE TO THE REACTIVE SPECIES BINDING COVALENTLY TO PROTEINS
Authors: DEHAL SS KUPFER D
Citation: Ss. Dehal et D. Kupfer, EVIDENCE THAT THE CATECHOL 3,4-DIHYDROXYTAMOXIFEN IS A PROXIMATE INTERMEDIATE TO THE REACTIVE SPECIES BINDING COVALENTLY TO PROTEINS, Cancer research, 56(6), 1996, pp. 1283-1290
EVIDENCE THAT THE CATECHOL 3,4-DIHYDROXYTAMOXIFEN IS A PROXIMATE INTERMEDIATE TO THE REACTIVE SPECIES BINDING COVALENTLY TO PROTEINS (VOL 56, PG 1283, 1996)
Authors: DEHAL SS KUPFER D
Citation: Ss. Dehal et D. Kupfer, EVIDENCE THAT THE CATECHOL 3,4-DIHYDROXYTAMOXIFEN IS A PROXIMATE INTERMEDIATE TO THE REACTIVE SPECIES BINDING COVALENTLY TO PROTEINS (VOL 56, PG 1283, 1996), Cancer research, 56(10), 1996, pp. 2461-2461
RING HYDROXYLATION OF [O-H-3]METHOXYCHLOR AS A PROBE FOR LIVER MICROSOMAL CYP2B ACTIVITY - POTENTIAL FOR IN-VIVO CYP2B ASSAY
Authors: STRESSER DM DEHAL SS KUPFER D
Citation: Dm. Stresser et al., RING HYDROXYLATION OF [O-H-3]METHOXYCHLOR AS A PROBE FOR LIVER MICROSOMAL CYP2B ACTIVITY - POTENTIAL FOR IN-VIVO CYP2B ASSAY, Analytical biochemistry, 233(1), 1996, pp. 100-107
INDUCTION OF THE HEPATIC CYP2B AND CYP3A ENZYMES BY THE PROESTROGENICPESTICIDE METHOXYCHLOR AND BY DDT IN THE RAT - EFFECTS ON METHOXYCHLOR METABOLISM
Authors: LI HC DEHAL SS KUPFER D
Citation: Hc. Li et al., INDUCTION OF THE HEPATIC CYP2B AND CYP3A ENZYMES BY THE PROESTROGENICPESTICIDE METHOXYCHLOR AND BY DDT IN THE RAT - EFFECTS ON METHOXYCHLOR METABOLISM, Journal of biochemical toxicology, 10(1), 1995, pp. 51-61
CYTOCHROME-P450 CATALYZED COVALENT BINDING OF METHOXYCHLOR TO RAT HEPATIC, MICROSOMAL IODOTHYRONINE 5'-MONODEIODINASE, TYPE-I - DOES EXPOSURE TO METHOXYCHLOR DISRUPT THYROID-HORMONE METABOLISM
Authors: ZHOU LX DEHAL SS KUPFER D MORRELL S MCKENZIE BA ECCLESTON ED HOLTZMAN JL
Citation: Lx. Zhou et al., CYTOCHROME-P450 CATALYZED COVALENT BINDING OF METHOXYCHLOR TO RAT HEPATIC, MICROSOMAL IODOTHYRONINE 5'-MONODEIODINASE, TYPE-I - DOES EXPOSURE TO METHOXYCHLOR DISRUPT THYROID-HORMONE METABOLISM, Archives of biochemistry and biophysics, 322(2), 1995, pp. 390-394
METABOLISM OF THE PROESTROGENIC PESTICIDE METHOXYCHLOR BY HEPATIC P450 MONOOXYGENASES IN RATS AND HUMANS - DUAL PATHWAYS INVOLVING NOVEL ORTHO RING-HYDROXYLATION BY CYP2B
Authors: DEHAL SS KUPFER D
Citation: Ss. Dehal et D. Kupfer, METABOLISM OF THE PROESTROGENIC PESTICIDE METHOXYCHLOR BY HEPATIC P450 MONOOXYGENASES IN RATS AND HUMANS - DUAL PATHWAYS INVOLVING NOVEL ORTHO RING-HYDROXYLATION BY CYP2B, Drug metabolism and disposition, 22(6), 1994, pp. 937-946
Risultati: 1-8 |