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Results: 1-7 |
Results: 7
INDUCTION OF MOUSE CYTOCHROME-P450 2B ENZYMES BY AMINE METABOLITES OFMUSK XYLENE - CONTRIBUTION OF MICROSOMAL-ENZYME INDUCTION TO THE HEPATOCARCINOGENICITY OF MUSK XYLENE
Authors: LEHMANMCKEEMAN LD STUARD SB CAUDILL D JOHNSON DR
Citation: Ld. Lehmanmckeeman et al., INDUCTION OF MOUSE CYTOCHROME-P450 2B ENZYMES BY AMINE METABOLITES OFMUSK XYLENE - CONTRIBUTION OF MICROSOMAL-ENZYME INDUCTION TO THE HEPATOCARCINOGENICITY OF MUSK XYLENE, Molecular carcinogenesis, 20(3), 1997, pp. 308-316
CHARACTERIZATION OF THE EFFECTS OF MUSK KETONE ON MOUSE HEPATIC CYTOCHROME-P450 ENZYMES
Authors: STUARD SB CAUDILL D LEHMANMCKEEMAN LD
Citation: Sb. Stuard et al., CHARACTERIZATION OF THE EFFECTS OF MUSK KETONE ON MOUSE HEPATIC CYTOCHROME-P450 ENZYMES, Fundamental and applied toxicology, 40(2), 1997, pp. 264-271
COMPUTERIZED IMAGE-ANALYSIS OF MORPHOLOGICALLY TRANSFORMED AND NONTRANSFORMED SYRIAN-HAMSTER EMBRYO (SHE) CELL COLONIES - APPLICATION TO OBJECTIVE SHE CELL-TRANSFORMATION ASSAY SCORING
Authors: RIDDER GM STUARD SB KERCKAERT GA CODY DB LEBOEUF RA ISFORT RJ
Citation: Gm. Ridder et al., COMPUTERIZED IMAGE-ANALYSIS OF MORPHOLOGICALLY TRANSFORMED AND NONTRANSFORMED SYRIAN-HAMSTER EMBRYO (SHE) CELL COLONIES - APPLICATION TO OBJECTIVE SHE CELL-TRANSFORMATION ASSAY SCORING, Carcinogenesis, 18(10), 1997, pp. 1965-1972
MECHANISM-BASED INACTIVATION OF MOUSE HEPATIC CYTOCHROME P4502B ENZYMES BY AMINE METABOLITES OF MUSK XYLENE
Authors: LEHMANMCKEEMAN LD JOHNSON DR CAUDILL D STUARD SB
Citation: Ld. Lehmanmckeeman et al., MECHANISM-BASED INACTIVATION OF MOUSE HEPATIC CYTOCHROME P4502B ENZYMES BY AMINE METABOLITES OF MUSK XYLENE, Drug metabolism and disposition, 25(3), 1997, pp. 384-389
THE COMBINATION OF EPIDERMAL GROWTH-FACTOR AND TRANSFORMING-GROWTH-FACTOR-BETA INDUCES NOVEL PHENOTYPIC CHANGES IN MOUSE-LIVER STEM-CELL LINES
Authors: ISFORT RJ CODY DB STUARD SB RANDALL CJ MILLER C RIDDER GM DOERSEN CJ RICHARDS WG YODER BK WILKINSON JE WOYCHIK RP
Citation: Rj. Isfort et al., THE COMBINATION OF EPIDERMAL GROWTH-FACTOR AND TRANSFORMING-GROWTH-FACTOR-BETA INDUCES NOVEL PHENOTYPIC CHANGES IN MOUSE-LIVER STEM-CELL LINES, Journal of Cell Science, 110, 1997, pp. 3117-3129
CALCIUM FUNCTIONS AS A TRANSCRIPTIONAL AND MITOGENIC REPRESSOR IN SYRIAN-HAMSTER EMBRYO CELLS - ROLES OF INTRACELLULAR PH AND CALCIUM IN CONTROLLING EMBRYONIC-CELL DIFFERENTIATION AND PROLIFERATION
Authors: ISFORT RJ CODY DB STUARD SB RIDDER GM LEBOEUF RA
Citation: Rj. Isfort et al., CALCIUM FUNCTIONS AS A TRANSCRIPTIONAL AND MITOGENIC REPRESSOR IN SYRIAN-HAMSTER EMBRYO CELLS - ROLES OF INTRACELLULAR PH AND CALCIUM IN CONTROLLING EMBRYONIC-CELL DIFFERENTIATION AND PROLIFERATION, Experimental cell research, 226(2), 1996, pp. 363-371
MODULATION OF THE PLATELET-DERIVED-GROWTH-FACTOR-INDUCED CALCIUM SIGNAL BY EXTRACELLULAR INTRACELLULAR PH IN SYRIAN-HAMSTER EMBRYO CELLS - IMPLICATIONS FOR THE ROLE OF CALCIUM IN MITOGENIC SIGNALING
Authors: ISFORT RJ STUARD SB CODY DB RIDDER GM LEBOEUF RA
Citation: Rj. Isfort et al., MODULATION OF THE PLATELET-DERIVED-GROWTH-FACTOR-INDUCED CALCIUM SIGNAL BY EXTRACELLULAR INTRACELLULAR PH IN SYRIAN-HAMSTER EMBRYO CELLS - IMPLICATIONS FOR THE ROLE OF CALCIUM IN MITOGENIC SIGNALING, European journal of biochemistry, 234(3), 1995, pp. 801-810
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