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Results: 1-16 |
Results: 16
MULTIFUNCTIONAL ACTIONS OF VANADIUM COMPOUNDS ON INSULIN SIGNALING PATHWAYS - EVIDENCE FOR PREFERENTIAL ENHANCEMENT OF METABOLIC VERSUS MITOGENIC EFFECTS
Authors: FANTUS IG TSIANI E
Citation: Ig. Fantus et E. Tsiani, MULTIFUNCTIONAL ACTIONS OF VANADIUM COMPOUNDS ON INSULIN SIGNALING PATHWAYS - EVIDENCE FOR PREFERENTIAL ENHANCEMENT OF METABOLIC VERSUS MITOGENIC EFFECTS, Molecular and cellular biochemistry, 182(1-2), 1998, pp. 109-119
INSULIN AND RELATED FACTORS IN PREMENOPAUSAL BREAST-CANCER RISK
Authors: DELGIUDICE ME FANTUS IG EZZAT S MCKEOWNEYSSEN G PAGE D GOODWIN PJ
Citation: Me. Delgiudice et al., INSULIN AND RELATED FACTORS IN PREMENOPAUSAL BREAST-CANCER RISK, Breast cancer research and treatment, 47(2), 1998, pp. 111-120
STIMULATION OF I-125 TRANSFERRIN-BINDING AND FE-59 UPTAKE IN RAT ADIPOCYTES BY VANADATE - TREATMENT TIME DETERMINES APPARENT TISSUE SENSITIVITY
Authors: TANG S LU B FANTUS IG
Citation: S. Tang et al., STIMULATION OF I-125 TRANSFERRIN-BINDING AND FE-59 UPTAKE IN RAT ADIPOCYTES BY VANADATE - TREATMENT TIME DETERMINES APPARENT TISSUE SENSITIVITY, Metabolism, clinical and experimental, 47(6), 1998, pp. 630-636
TYROSINE PHOSPHATASE INHIBITORS, VANADATE AND PERVANADATE, STIMULATE GLUCOSE-TRANSPORT AND GLUT TRANSLOCATION IN MUSCLE-CELLS BY A MECHANISM INDEPENDENT OF PHOSPHATIDYLINOSITOL 3-KINASE AND PROTEIN-KINASE-C
Authors: TSIANI E BOGDANOVIC E SORISKY A NAGY L FANTUS IG
Citation: E. Tsiani et al., TYROSINE PHOSPHATASE INHIBITORS, VANADATE AND PERVANADATE, STIMULATE GLUCOSE-TRANSPORT AND GLUT TRANSLOCATION IN MUSCLE-CELLS BY A MECHANISM INDEPENDENT OF PHOSPHATIDYLINOSITOL 3-KINASE AND PROTEIN-KINASE-C, Diabetes, 47(11), 1998, pp. 1676-1686
VANADIUM COMPOUNDS - BIOLOGICAL ACTIONS AND POTENTIAL AS PHARMACOLOGICAL AGENTS
Authors: TSIANI E FANTUS IG
Citation: E. Tsiani et Ig. Fantus, VANADIUM COMPOUNDS - BIOLOGICAL ACTIONS AND POTENTIAL AS PHARMACOLOGICAL AGENTS, Trends in endocrinology and metabolism, 8(2), 1997, pp. 51-58
INSULIN-MIMETIC AGENTS VANADATE AND PERVANADATE STIMULATE GLUCOSE BUTINHIBIT AMINO-ACID-UPTAKE
Authors: TSIANI E ABDULLAH N FANTUS IG
Citation: E. Tsiani et al., INSULIN-MIMETIC AGENTS VANADATE AND PERVANADATE STIMULATE GLUCOSE BUTINHIBIT AMINO-ACID-UPTAKE, American journal of physiology. Cell physiology, 41(1), 1997, pp. 156-162
MARKED HYPERPROLACTINEMIA CAUSED BY CAROTID ANEURYSM
Authors: KAHN SR LEBLANC R SADIKOT AF FANTUS IG
Citation: Sr. Kahn et al., MARKED HYPERPROLACTINEMIA CAUSED BY CAROTID ANEURYSM, Canadian journal of neurological sciences, 24(1), 1997, pp. 64-66
PARADOXICAL ENHANCED SENSITIVITY OF INSULIN-RESISTANT ADIPOCYTES TO VANADATE IS ASSOCIATED WITH DECREASED INTRACELLULAR REDUCTION OF VANADATE-(-(+4)(5) TO VANADYL)
Authors: LU B FANTUS IG
Citation: B. Lu et Ig. Fantus, PARADOXICAL ENHANCED SENSITIVITY OF INSULIN-RESISTANT ADIPOCYTES TO VANADATE IS ASSOCIATED WITH DECREASED INTRACELLULAR REDUCTION OF VANADATE-(-(+4)(5) TO VANADYL), Diabetes, 46, 1997, pp. 590-590
THE INSULIN-MIMETIC AGENT VANADATE PROMOTES RECEPTOR ENDOCYTOSIS AND INHIBITS INTRACELLULAR LIGAND-RECEPTOR DEGRADATION BY A MECHANISM DISTINCT FROM THE LYSOSOMOTROPIC AGENTS
Authors: FANTUS IG GEORGE R TANG SG CHONG P POZNANSKY MJ
Citation: Ig. Fantus et al., THE INSULIN-MIMETIC AGENT VANADATE PROMOTES RECEPTOR ENDOCYTOSIS AND INHIBITS INTRACELLULAR LIGAND-RECEPTOR DEGRADATION BY A MECHANISM DISTINCT FROM THE LYSOSOMOTROPIC AGENTS, Diabetes, 45(8), 1996, pp. 1084-1093
MODULATION OF INSULIN ACTION BY VANADATE - EVIDENCE OF A ROLE FOR PHOSPHOTYROSINE PHOSPHATASE-ACTIVITY TO ALTER CELLULAR SIGNALING
Authors: FANTUS IG DERAGON G LAI R TANG S
Citation: Ig. Fantus et al., MODULATION OF INSULIN ACTION BY VANADATE - EVIDENCE OF A ROLE FOR PHOSPHOTYROSINE PHOSPHATASE-ACTIVITY TO ALTER CELLULAR SIGNALING, Molecular and cellular biochemistry, 153(1-2), 1995, pp. 103-112
INSULIN BINDING IN NON-INSULIN-DEPENDENT DIABETES-MELLITUS (NIDDM) ISCORRELATED WITH GLYCEMIC CONTROL - CLINICAL-EVIDENCE FOR ABNORMAL RECEPTOR REGULATION IN NIDDM
Authors: KELLY CM FANTUS IG
Citation: Cm. Kelly et Ig. Fantus, INSULIN BINDING IN NON-INSULIN-DEPENDENT DIABETES-MELLITUS (NIDDM) ISCORRELATED WITH GLYCEMIC CONTROL - CLINICAL-EVIDENCE FOR ABNORMAL RECEPTOR REGULATION IN NIDDM, Metabolism, clinical and experimental, 44(4), 1995, pp. 506-512
STIMULATION OF GLUCOSE-UPTAKE AND INCREASED PLASMA-MEMBRANE CONTENT OF GLUCOSE TRANSPORTERS IN L6 SKELETAL-MUSCLE CELLS BY THE SULFONYLUREAS GLICLAZIDE AND GLYBURIDE
Authors: TSIANI E RAMLAL T LEITER LA KLIP A FANTUS IG
Citation: E. Tsiani et al., STIMULATION OF GLUCOSE-UPTAKE AND INCREASED PLASMA-MEMBRANE CONTENT OF GLUCOSE TRANSPORTERS IN L6 SKELETAL-MUSCLE CELLS BY THE SULFONYLUREAS GLICLAZIDE AND GLYBURIDE, Endocrinology, 136(6), 1995, pp. 2505-2512
PEROXOVANADIUM COMPOUNDS - A NEW CLASS OF POTENT PHOSPHOTYROSINE PHOSPHATASE INHIBITORS WHICH ARE INSULIN MIMETICS
Authors: POSNER BI FAURE R BURGESS JW BEVAN AP LACHANCE D ZHANGSUN GY FANTUS IG NG JB HALL DA LUM BS SHAVER A
Citation: Bi. Posner et al., PEROXOVANADIUM COMPOUNDS - A NEW CLASS OF POTENT PHOSPHOTYROSINE PHOSPHATASE INHIBITORS WHICH ARE INSULIN MIMETICS, The Journal of biological chemistry, 269(6), 1994, pp. 4596-4604
VANADATE AUGMENTS INSULIN-STIMULATED INSULIN-RECEPTOR KINASE-ACTIVITYAND PROLONGS INSULIN ACTION IN RAT ADIPOCYTES - EVIDENCE FOR TRANSDUCTION OF AMPLITUDE OF SIGNALING INTO DURATION OF RESPONSE
Authors: FANTUS IG AHMAD F DERAGON G
Citation: Ig. Fantus et al., VANADATE AUGMENTS INSULIN-STIMULATED INSULIN-RECEPTOR KINASE-ACTIVITYAND PROLONGS INSULIN ACTION IN RAT ADIPOCYTES - EVIDENCE FOR TRANSDUCTION OF AMPLITUDE OF SIGNALING INTO DURATION OF RESPONSE, Diabetes, 43(3), 1994, pp. 375-383
EFFECT OF THE SULFONYLUREAS GLICLAZIDE (GLIC) AND GLYBURIDE (GLY) ON GLUCOSE-UPTAKE AND GLUCOSE-TRANSPORTER DISTRIBUTION IN L6 SKELETAL-MUSCLE CELLS
Authors: TSIANI E RAMLAL T LEITER L KLIP A FANTUS IG
Citation: E. Tsiani et al., EFFECT OF THE SULFONYLUREAS GLICLAZIDE (GLIC) AND GLYBURIDE (GLY) ON GLUCOSE-UPTAKE AND GLUCOSE-TRANSPORTER DISTRIBUTION IN L6 SKELETAL-MUSCLE CELLS, Diabetes, 43, 1994, pp. 10000062-10000062
EVIDENCE FOR ABNORMAL REGULATION OF INSULIN-RECEPTORS IN FRIEDREICHS ATAXIA
Authors: FANTUS IG SENI MH ANDERMANN E
Citation: Ig. Fantus et al., EVIDENCE FOR ABNORMAL REGULATION OF INSULIN-RECEPTORS IN FRIEDREICHS ATAXIA, The Journal of clinical endocrinology and metabolism, 76(1), 1993, pp. 60-63
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