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Results: 1-10 |
Results: 10
L-ARGININE STIMULATION OF GLUCOSE-INDUCED INSULIN-SECRETION THROUGH MEMBRANE DEPOLARIZATION AND INDEPENDENT OF NITRIC-OXIDE
Authors: THAMS P CAPITO K
Citation: P. Thams et K. Capito, L-ARGININE STIMULATION OF GLUCOSE-INDUCED INSULIN-SECRETION THROUGH MEMBRANE DEPOLARIZATION AND INDEPENDENT OF NITRIC-OXIDE, Diabetologia, 41, 1998, pp. 537-537
CARBAMOYLCHOLINE REGULATION OF POLYPHOSPHOINOSITIDE SYNTHESIS AND HYDROLYSIS IN CULTURED, DISPERSED, DIGITONIN-PERMEABILIZED MOUSE PANCREATIC-ISLET CELLS
Authors: KARDASZ AM THAMS P CAPITO K HEDESKOV CJ
Citation: Am. Kardasz et al., CARBAMOYLCHOLINE REGULATION OF POLYPHOSPHOINOSITIDE SYNTHESIS AND HYDROLYSIS IN CULTURED, DISPERSED, DIGITONIN-PERMEABILIZED MOUSE PANCREATIC-ISLET CELLS, European journal of endocrinology, 136(5), 1997, pp. 539-545
INHIBITION OF GLUCOSE-INDUCED INSULIN-SECRETION BY THE DIACYLGLYCEROLLIPASE INHIBITOR RHC-80267 AND THE PHOSPHOLIPASE A(2) INHIBITOR ACA THROUGH STIMULATION OF K-ACID( PERMEABILITY WITHOUT DIMINUTION BY EXOGENOUS ARACHIDONIC)
Authors: THAMS P CAPITO K
Citation: P. Thams et K. Capito, INHIBITION OF GLUCOSE-INDUCED INSULIN-SECRETION BY THE DIACYLGLYCEROLLIPASE INHIBITOR RHC-80267 AND THE PHOSPHOLIPASE A(2) INHIBITOR ACA THROUGH STIMULATION OF K-ACID( PERMEABILITY WITHOUT DIMINUTION BY EXOGENOUS ARACHIDONIC), Biochemical pharmacology, 53(8), 1997, pp. 1077-1086
PRODUCTION OF [H-3] CHOLINE-LABELED METABOLITES FROM ENDOGENOUSLY H-3LABELED PHOSPHATIDYLCHOLINE IN MOUSE PANCREATIC-ISLETS
Authors: CAPITO K HANSEN SE THAMS P
Citation: K. Capito et al., PRODUCTION OF [H-3] CHOLINE-LABELED METABOLITES FROM ENDOGENOUSLY H-3LABELED PHOSPHATIDYLCHOLINE IN MOUSE PANCREATIC-ISLETS, Journal of molecular endocrinology, 17(2), 1996, pp. 101-107
INHIBITION OF GLUCOSE-INDUCED INSULIN-SECRETION BY RHC-80267 AND ACA IS MEDIATED BY AN INCREASE IN K+ PERMEABILITY
Authors: THAMS P CAPITO K
Citation: P. Thams et K. Capito, INHIBITION OF GLUCOSE-INDUCED INSULIN-SECRETION BY RHC-80267 AND ACA IS MEDIATED BY AN INCREASE IN K+ PERMEABILITY, Diabetologia, 39, 1996, pp. 429-429
THE EFFECT OF LESIONS OF THE SYMPATHOADRENAL SYSTEM ON TRAINING-INDUCED ADAPTATIONS IN ADIPOCYTES AND PANCREATIC-ISLETS IN RATS
Authors: STALLKNECHT B ROESDAHL M VINTEN J CAPITO K GALBO H
Citation: B. Stallknecht et al., THE EFFECT OF LESIONS OF THE SYMPATHOADRENAL SYSTEM ON TRAINING-INDUCED ADAPTATIONS IN ADIPOCYTES AND PANCREATIC-ISLETS IN RATS, Acta Physiologica Scandinavica, 156(4), 1996, pp. 465-473
ROLE OF GLUCOSE-METABOLISM AND PHOSPHOINOSITIDE HYDROLYSIS IN GLUCOSE-INDUCED SENSITIZATION DESENSITIZATION OF INSULIN-SECRETION FROM MOUSEPANCREATIC-ISLETS
Authors: THAMS P HANSEN SE CAPITO K HEDESKOV CJ
Citation: P. Thams et al., ROLE OF GLUCOSE-METABOLISM AND PHOSPHOINOSITIDE HYDROLYSIS IN GLUCOSE-INDUCED SENSITIZATION DESENSITIZATION OF INSULIN-SECRETION FROM MOUSEPANCREATIC-ISLETS, Acta Physiologica Scandinavica, 154(1), 1995, pp. 65-74
ROLE OF GLUCOSE-METABOLISM IN GLUCOSE-INDUCED SENSITIZATION DESENSITIZATION OF INSULIN-SECRETION
Authors: THAMS P CAPITO K HEDESKOV CJ
Citation: P. Thams et al., ROLE OF GLUCOSE-METABOLISM IN GLUCOSE-INDUCED SENSITIZATION DESENSITIZATION OF INSULIN-SECRETION, Diabetologia, 36, 1993, pp. 10000117-10000117
EXOGENOUS ARACHIDONIC-ACID INACTIVATES PROTEIN-KINASE-C IN MOUSE PANCREATIC-ISLETS
Authors: THAMS P HEDESKOV CJ CAPITO K
Citation: P. Thams et al., EXOGENOUS ARACHIDONIC-ACID INACTIVATES PROTEIN-KINASE-C IN MOUSE PANCREATIC-ISLETS, Acta Physiologica Scandinavica, 149(2), 1993, pp. 227-235
FAT-INDUCED CHANGES IN MOUSE PANCREATIC-ISLET INSULIN-SECRETION, INSULIN-BIOSYNTHESIS AND GLUCOSE-METABOLISM
Authors: CAPITO K HANSEN SE HEDESKOV CJ ISLIN H THAMS P
Citation: K. Capito et al., FAT-INDUCED CHANGES IN MOUSE PANCREATIC-ISLET INSULIN-SECRETION, INSULIN-BIOSYNTHESIS AND GLUCOSE-METABOLISM, Acta diabetologica, 28(3-4), 1992, pp. 193-198
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