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Results: 1-25 | 26-32 |
Results: 26-32/32
PHARMACOKINETICS OF INHALED [C-14] METHANOL AND METHANOL-DERIVED [C-14] FORMATE IN NORMAL AND FOLATE-DEFICIENT CYNOMOLGUS MONKEYS
Authors: DORMAN DC MOSS OR FARRIS GM JANSZEN D BOND JA MEDINSKY MA
Citation: Dc. Dorman et al., PHARMACOKINETICS OF INHALED [C-14] METHANOL AND METHANOL-DERIVED [C-14] FORMATE IN NORMAL AND FOLATE-DEFICIENT CYNOMOLGUS MONKEYS, Toxicology and applied pharmacology, 128(2), 1994, pp. 229-238
PHARMACOKINETICS OF INHALED [C-14] METHANOL AND METHANOL-DERIVED [C-14] FORMATE IN NORMAL AND FOLATE-DEFICIENT CYNOMOLGUS MONKEYS
Authors: DORMAN DC MOSS OR FARRIS GM JANSZEN D BOND JA MEDINSKY MA
Citation: Dc. Dorman et al., PHARMACOKINETICS OF INHALED [C-14] METHANOL AND METHANOL-DERIVED [C-14] FORMATE IN NORMAL AND FOLATE-DEFICIENT CYNOMOLGUS MONKEYS, Toxicology and applied pharmacology, 128(2), 1994, pp. 229-238
EFFECT OF DOSE ON THE DISPOSITION OF METHOXYETHANOL, ETHOXYETHANOL, AND BUTOXYETHANOL ADMINISTERED DERMALLY TO MALE F344 N RATS (VOL 19, PG124, 1992)/
Authors: SABOURIN PJ MEDINSKY MA THURMOND F BIRNBAUM LS HENDERSON RF
Citation: Pj. Sabourin et al., EFFECT OF DOSE ON THE DISPOSITION OF METHOXYETHANOL, ETHOXYETHANOL, AND BUTOXYETHANOL ADMINISTERED DERMALLY TO MALE F344 N RATS (VOL 19, PG124, 1992)/, Fundamental and applied toxicology, 20(4), 1993, pp. 508-510
ADVANCES IN BIOLOGICALLY BASED MODELS FOR RESPIRATORY-TRACT UPTAKE OFINHALED VOLATILES
Authors: MEDINSKY MA KIMBELL JS MORRIS JB GERDE P OVERTON JH
Citation: Ma. Medinsky et al., ADVANCES IN BIOLOGICALLY BASED MODELS FOR RESPIRATORY-TRACT UPTAKE OFINHALED VOLATILES, Fundamental and applied toxicology, 20(3), 1993, pp. 265-272
ACUTE METHANOL TOXICITY IN MINIPIGS
Authors: DORMAN DC DYE JA NASSISE MP EKUTA J BOLON B MEDINSKY MA
Citation: Dc. Dorman et al., ACUTE METHANOL TOXICITY IN MINIPIGS, Fundamental and applied toxicology, 20(3), 1993, pp. 341-347
BENZENE AND PHENOL METABOLISM BY MOUSE AND RAT-LIVER MICROSOMES
Authors: SCHLOSSER PM BOND JA MEDINSKY MA
Citation: Pm. Schlosser et al., BENZENE AND PHENOL METABOLISM BY MOUSE AND RAT-LIVER MICROSOMES, Carcinogenesis, 14(12), 1993, pp. 2477-2486
PHYSIOLOGICALLY-BASED MODELING OF 2-BUTOXYETHANOL DISPOSITION IN RATSFOLLOWING DIFFERENT ROUTES OF EXPOSURE
Authors: SHYR LJ SABOURIN PJ MEDINSKY MA BIRNBAUM LS HENDERSON RF
Citation: Lj. Shyr et al., PHYSIOLOGICALLY-BASED MODELING OF 2-BUTOXYETHANOL DISPOSITION IN RATSFOLLOWING DIFFERENT ROUTES OF EXPOSURE, Environmental research, 63(2), 1993, pp. 202-218
Risultati: 1-25 | 26-32 |