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Results: 1-18 |
Results: 18
INSULIN AND IGF-I REGULATION OF GLUCOSE-METABOLISM IN ADULT SKELETAL-MUSCLE CELLS EXPRESSING EPITOPE-TAGGED GLUT4
Authors: BENTZ AB SHYMKO RM DEMEYTS P REYNET C
Citation: Ab. Bentz et al., INSULIN AND IGF-I REGULATION OF GLUCOSE-METABOLISM IN ADULT SKELETAL-MUSCLE CELLS EXPRESSING EPITOPE-TAGGED GLUT4, Diabetologia, 41, 1998, pp. 703-703
INSULIN AND CYCLIC-AMP REGULATION OF GLUT4 TRANSLOCATION TO THE CELL-SURFACE OF INTACT ADULT MYOBLASTS
Authors: BENTZ AB REYNET C
Citation: Ab. Bentz et C. Reynet, INSULIN AND CYCLIC-AMP REGULATION OF GLUT4 TRANSLOCATION TO THE CELL-SURFACE OF INTACT ADULT MYOBLASTS, Diabetologia, 40, 1997, pp. 594-594
MOLECULAR-CLONING OF THE HUMAN RAD GENE - GENE STRUCTURE AND COMPLETENUCLEOTIDE-SEQUENCE
Authors: CALDWELL JS MOYERS JS DORIA A REYNET C KAHN RC
Citation: Js. Caldwell et al., MOLECULAR-CLONING OF THE HUMAN RAD GENE - GENE STRUCTURE AND COMPLETENUCLEOTIDE-SEQUENCE, Biochimica et biophysica acta. Molecular basis of disease, 1316(3), 1996, pp. 145-148
OVEREXPRESSION OF RAD INHIBITS GLUCOSE-UPTAKE IN CULTURED MUSCLE AND FAT-CELLS
Authors: MOYERS JS BILAN PJ REYNET C KAHN CR
Citation: Js. Moyers et al., OVEREXPRESSION OF RAD INHIBITS GLUCOSE-UPTAKE IN CULTURED MUSCLE AND FAT-CELLS, The Journal of biological chemistry, 271(38), 1996, pp. 23111-23116
EXPRESSION OF THE GENE ENCODING GLYCOGEN-PHOSPHORYLASE IS ELEVATED INDIABETIC RAT SKELETAL-MUSCLE AND IS REGULATED BY INSULIN AND CYCLIC-AMP
Authors: REYNET C KAHN CR LOEKEN MR
Citation: C. Reynet et al., EXPRESSION OF THE GENE ENCODING GLYCOGEN-PHOSPHORYLASE IS ELEVATED INDIABETIC RAT SKELETAL-MUSCLE AND IS REGULATED BY INSULIN AND CYCLIC-AMP, Diabetologia, 39(2), 1996, pp. 183-189
INCREASED EXPRESSION OF MITOCHONDRIAL-ENCODED GENES IN SKELETAL-MUSCLE OF HUMANS WITH DIABETES-MELLITUS
Authors: ANTONETTI DA REYNET C KAHN CR
Citation: Da. Antonetti et al., INCREASED EXPRESSION OF MITOCHONDRIAL-ENCODED GENES IN SKELETAL-MUSCLE OF HUMANS WITH DIABETES-MELLITUS, The Journal of clinical investigation, 95(3), 1995, pp. 1383-1388
LIPOATROPHIC DIABETES - GENETIC EXCLUSION OF THE INSULIN-RECEPTOR GENE
Authors: DESBOISMOUTHON C MAGRE J AMSELEM S REYNET C BLIVET MJ GOOSSENS M CAPEAU J BESMOND C
Citation: C. Desboismouthon et al., LIPOATROPHIC DIABETES - GENETIC EXCLUSION OF THE INSULIN-RECEPTOR GENE, The Journal of clinical endocrinology and metabolism, 80(1), 1995, pp. 314-319
CHARACTERIZATION OF RAD, A NEW MEMBER OF RAS GTPASE SUPERFAMILY, AND ITS REGULATION BY A UNIQUE GTPASE-ACTIVATING PROTEIN (GAP)-LIKE ACTIVITY/
Authors: ZHU JH REYNET C CALDWELL JS KAHN CR
Citation: Jh. Zhu et al., CHARACTERIZATION OF RAD, A NEW MEMBER OF RAS GTPASE SUPERFAMILY, AND ITS REGULATION BY A UNIQUE GTPASE-ACTIVATING PROTEIN (GAP)-LIKE ACTIVITY/, The Journal of biological chemistry, 270(9), 1995, pp. 4805-4812
TRINUCLEOTIDE REPEATS AT THE RAD LOCUS - ALLELE DISTRIBUTIONS IN NIDDM AND MAPPING TO A 3-CM REGION ON CHROMOSOME 16Q
Authors: DORIA A CALDWELL JS JI LN REYNET C RICH SS WEREMOWICZ S MORTON CC WARRAM JH KAHN CR KROLEWSKI AS
Citation: A. Doria et al., TRINUCLEOTIDE REPEATS AT THE RAD LOCUS - ALLELE DISTRIBUTIONS IN NIDDM AND MAPPING TO A 3-CM REGION ON CHROMOSOME 16Q, Diabetes, 44(2), 1995, pp. 243-247
A ROLE FOR RAD AS AN INHIBITOR OF INSULIN-STIMULATED GLUCOSE-TRANSPORT
Authors: MOYERS JS REYNET C ZHU JH BILAN PJ KAHN CR
Citation: Js. Moyers et al., A ROLE FOR RAD AS AN INHIBITOR OF INSULIN-STIMULATED GLUCOSE-TRANSPORT, Diabetes, 44, 1995, pp. 81-81
INSULIN-RECEPTOR AUTOPHOSPHORYLATION SITES TYROSINE-1162 AND TYROSINE-1163 CONTROL BOTH INSULIN-DEPENDENT AND INSULIN-INDEPENDENT RECEPTOR INTERNALIZATION PATHWAYS
Authors: REYNET C CARON M MAGRE J PICARD J CHERQUI G CAPEAU J
Citation: C. Reynet et al., INSULIN-RECEPTOR AUTOPHOSPHORYLATION SITES TYROSINE-1162 AND TYROSINE-1163 CONTROL BOTH INSULIN-DEPENDENT AND INSULIN-INDEPENDENT RECEPTOR INTERNALIZATION PATHWAYS, Cellular signalling, 6(1), 1994, pp. 35
INTERACTIONS BETWEEN IRS-1, RAS AND RAS-RELATED PROTEINS IN INSULIN ACTION
Authors: KAHN CR CHUANG LM REYNET C BIRNBAUM MJ
Citation: Cr. Kahn et al., INTERACTIONS BETWEEN IRS-1, RAS AND RAS-RELATED PROTEINS IN INSULIN ACTION, Journal of cellular biochemistry, 1994, pp. 129-129
RAD - A NOVEL MEMBER OF THE RAS GTPASE FAMILY OVER-EXPRESSED IN MUSCLE OF TYPE-II DIABETIC HUMANS/
Authors: REYNET C KAHN CR
Citation: C. Reynet et Cr. Kahn, RAD - A NOVEL MEMBER OF THE RAS GTPASE FAMILY OVER-EXPRESSED IN MUSCLE OF TYPE-II DIABETIC HUMANS/, Journal of cellular biochemistry, 1994, pp. 143-143
INTERACTIONS BETWEEN IRS-1, RAS AND RAS-RELATED PROTEINS IN INSULIN ACTION
Authors: KAHN CR CHUANG LM REYNET C BIRNBAUM MJ
Citation: Cr. Kahn et al., INTERACTIONS BETWEEN IRS-1, RAS AND RAS-RELATED PROTEINS IN INSULIN ACTION, Journal of cellular biochemistry, 1994, pp. 156-156
INSULIN-RECEPTOR MUTATION AT TYROSINE-1162 AND TYROSINE-1163 ALTERS BOTH RECEPTOR SERINE PHOSPHORYLATION AND DESENSITIZATION
Authors: CARON M REYNET C WICEK D PICARD J CHERQUI G CAPEAU J
Citation: M. Caron et al., INSULIN-RECEPTOR MUTATION AT TYROSINE-1162 AND TYROSINE-1163 ALTERS BOTH RECEPTOR SERINE PHOSPHORYLATION AND DESENSITIZATION, Metabolism, clinical and experimental, 43(6), 1994, pp. 757-765
CHARACTERIZATION OF RAD, A NEW DIABETES-RELATED GENE EXPRESSED IN MUSCLE OF TYPE-II DIABETIC HUMANS
Authors: ZHU JH REYNET C CALDWELL JS MORTON CC KAHN CR
Citation: Jh. Zhu et al., CHARACTERIZATION OF RAD, A NEW DIABETES-RELATED GENE EXPRESSED IN MUSCLE OF TYPE-II DIABETIC HUMANS, Diabetes, 43, 1994, pp. 10000225-10000225
RAD - A MEMBER OF THE RAS FAMILY OVEREXPRESSED IN MUSCLE OF TYPE-II DIABETIC HUMANS
Authors: REYNET C KAHN CR
Citation: C. Reynet et Cr. Kahn, RAD - A MEMBER OF THE RAS FAMILY OVEREXPRESSED IN MUSCLE OF TYPE-II DIABETIC HUMANS, Science, 262(5138), 1993, pp. 1441-1444
RAD - A NOVEL RAS-RELATED CDNA IDENTIFIED IN MUSCLE OF TYPE-II DIABETIC HUMANS BY SUBTRACTIVE CLONING
Authors: REYNET C KAHN CR
Citation: C. Reynet et Cr. Kahn, RAD - A NOVEL RAS-RELATED CDNA IDENTIFIED IN MUSCLE OF TYPE-II DIABETIC HUMANS BY SUBTRACTIVE CLONING, Diabetes, 42, 1993, pp. 94-94
Risultati: 1-18 |