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Results:
1-7
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Results: 7
Authors:
CHAUVIN MF
MEGNINCHANET F
MARTIN G
MISPELTER J
BAVEREL G
Citation: Mf. Chauvin et al., THE RABBIT KIDNEY TUBULE SIMULTANEOUSLY DEGRADES AND SYNTHESIZES GLUTAMATE - A C-13 NMR-STUDY, The Journal of biological chemistry, 272(8), 1997, pp. 4705-4716
Authors:
MARTIN G
CHAUVIN MF
BAVEREL G
Citation: G. Martin et al., MODEL APPLICABLE TO NMR-STUDIES FOR CALCULATING FLUX RATES IN 5 CYCLES INVOLVED IN GLUTAMATE METABOLISM, The Journal of biological chemistry, 272(8), 1997, pp. 4717-4728
Authors:
CHAUVIN MF
BOLON C
CONJARD A
MARTIN G
FERRIER B
MARTIN M
MICHOUDET C
DUROZARD D
LAREAL MC
GAUTHIER C
SIMONNET H
ELHAMRI M
DUGELAY S
JOLY B
BAVEREL G
Citation: Mf. Chauvin et al., ADVANTAGES AND LIMITATIONS OF THE USE OF ISOLATED KIDNEY-TUBULES IN PHARMACOTOXICOLOGY, Cell biology and toxicology, 12(4-6), 1996, pp. 283-287
Authors:
BOLON C
CHAUVIN MF
SIMONNET H
GAUTHIER C
BAVEREL G
Citation: C. Bolon et al., GROWTH OF CULTURED RABBIT RENAL TUBULAR CELLS DOES NOT REQUIRE EXOGENOUS GLUTAMINE, Kidney international, 47(1), 1995, pp. 299-305
Authors:
MICHOUDET C
CHAUVIN MF
BAVEREL G
Citation: C. Michoudet et al., GLUTAMINE SYNTHESIS FROM GLUCOSE AND AMMONIUM-CHLORIDE BY GUINEA-PIG KIDNEY-TUBULES, Biochemical journal, 297, 1994, pp. 69-74
Authors:
CHAUVIN MF
MEGNINCHANET F
MARTIN G
LHOSTE JM
BAVEREL G
Citation: Mf. Chauvin et al., THE RABBIT KIDNEY TUBULE UTILIZES GLUCOSE FOR GLUTAMINE SYNTHESIS - AC-13 NMR-STUDY, The Journal of biological chemistry, 269(42), 1994, pp. 26025-26033
Authors:
MARTIN G
CHAUVIN MF
DUGELAY S
BAVEREL G
Citation: G. Martin et al., NONSTEADY STATE MODEL APPLICABLE TO NMR-STUDIES FOR CALCULATING FLUX RATES IN GLYCOLYSIS, GLUCONEOGENESIS, AND CITRIC-ACID CYCLE, The Journal of biological chemistry, 269(42), 1994, pp. 26034-26039
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