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Results: 1-4 |
Results: 4
ROLES OF CYTOCHROME P4502C9 AND CYTOCHROME P4502C19 IN THE STEREOSELECTIVE METABOLISM OF PHENYTOIN TO ITS MAJOR METABOLITE
Authors: BAJPAI M ROSKOS LK SHEN DD LEVY RH
Citation: M. Bajpai et al., ROLES OF CYTOCHROME P4502C9 AND CYTOCHROME P4502C19 IN THE STEREOSELECTIVE METABOLISM OF PHENYTOIN TO ITS MAJOR METABOLITE, Drug metabolism and disposition, 24(12), 1996, pp. 1401-1403
IDENTIFICATION OF THE HUMAN CYTOCHROMES P450 RESPONSIBLE FOR THE IN-VITRO FORMATION OF THE MAJOR OXIDATIVE METABOLITES OF THE ANTIPSYCHOTICAGENT OLANZAPINE
Authors: RING BJ CATLOW J LINDSAY TJ GILLESPIE T ROSKOS LK CERIMELE BJ SWANSON SP HAMMAN MA WRIGHTON SA
Citation: Bj. Ring et al., IDENTIFICATION OF THE HUMAN CYTOCHROMES P450 RESPONSIBLE FOR THE IN-VITRO FORMATION OF THE MAJOR OXIDATIVE METABOLITES OF THE ANTIPSYCHOTICAGENT OLANZAPINE, The Journal of pharmacology and experimental therapeutics, 276(2), 1996, pp. 658-666
MECHANISMS OF STIRIPENTOL INTERACTIONS WITH CARBAMAZEPINE AND PHENYTOIN
Authors: MATHER GG BISHOP FE TRAGER WF KUNZE KK THUMMEL KE SHEN DD ROSKOS LK LEPAGE F GILLARDIN JM LEVY RH
Citation: Gg. Mather et al., MECHANISMS OF STIRIPENTOL INTERACTIONS WITH CARBAMAZEPINE AND PHENYTOIN, Epilepsia, 36, 1995, pp. 162-163
INHIBITION OF THE ENANTIOSELECTIVE OXIDATIVE-METABOLISM OF METOPROLOLBY VERAPAMIL IN HUMAN LIVER-MICROSOMES (VOL 21, PG 309, 1993)
Authors: KIM MS ROSKOS LK SHEN DD EDDY AC NELSON WL
Citation: Ms. Kim et al., INHIBITION OF THE ENANTIOSELECTIVE OXIDATIVE-METABOLISM OF METOPROLOLBY VERAPAMIL IN HUMAN LIVER-MICROSOMES (VOL 21, PG 309, 1993), Drug metabolism and disposition, 21(5), 1993, pp. 970-970
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