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Results: 1-25 | 26-26
Results: 1-25/26
EVIDENCE FOR 5'AMP-ACTIVATED PROTEIN-KINASE MEDIATION OF THE EFFECT OF MUSCLE-CONTRACTION ON GLUCOSE-TRANSPORT
Authors: HAYASHI T HIRSHMAN MF KURTH EJ WINDER WW GOODYEAR LJ
Citation: T. Hayashi et al., EVIDENCE FOR 5'AMP-ACTIVATED PROTEIN-KINASE MEDIATION OF THE EFFECT OF MUSCLE-CONTRACTION ON GLUCOSE-TRANSPORT, Diabetes, 47(8), 1998, pp. 1369-1373
EPINEPHRINE AND INSULIN STIMULATE DIFFERENT MITOGEN-ACTIVATED PROTEIN-KINASE SIGNALING PATHWAYS IN RAT SKELETAL-MUSCLE
Authors: NAPOLI R GIBSON L HIRSHMAN MF BOPPART MD DUFRESNE SD HORTON ES GOODYEAR LJ
Citation: R. Napoli et al., EPINEPHRINE AND INSULIN STIMULATE DIFFERENT MITOGEN-ACTIVATED PROTEIN-KINASE SIGNALING PATHWAYS IN RAT SKELETAL-MUSCLE, Diabetes, 47(10), 1998, pp. 1549-1554
CONTRACTION AND AICAR, AN ACTIVATOR OF 5'AMP-ACTIVATED PROTEIN-KINASE, STIMULATE GLUCOSE-TRANSPORT BY A SIMILAR MECHANISM
Authors: HAYASHI T HIRSHMAN MF KURTH EJ WINDER WW GOODYEAR LJ
Citation: T. Hayashi et al., CONTRACTION AND AICAR, AN ACTIVATOR OF 5'AMP-ACTIVATED PROTEIN-KINASE, STIMULATE GLUCOSE-TRANSPORT BY A SIMILAR MECHANISM, Diabetes, 47, 1998, pp. 9-9
ACUTE EXERCISE INDUCES SKELETAL-MUSCLE GLUT4 TRANSLOCATION IN SUBJECTS WITH TYPE-2 DIABETES
Authors: KENNEDY JW HIRSHMAN MF GERVINO EV OCEL JV HOENIG S FORSE RA GOODYEAR LJ HORTON ES
Citation: Jw. Kennedy et al., ACUTE EXERCISE INDUCES SKELETAL-MUSCLE GLUT4 TRANSLOCATION IN SUBJECTS WITH TYPE-2 DIABETES, Diabetes, 47, 1998, pp. 11-11
MUSCLE-SPECIFIC INSULIN-RECEPTOR KNOCKOUT IN MICE
Authors: MICHAEL MD BRUNING JC WINNAY JN HIRSHMAN MF HAYASHI T KAHN R
Citation: Md. Michael et al., MUSCLE-SPECIFIC INSULIN-RECEPTOR KNOCKOUT IN MICE, Diabetes, 47, 1998, pp. 173-173
EFFECTS OF EXERCISE AND INSULIN ON GLUT4 TRANSLOCATION IN HUMAN SKELETAL-MUSCLE
Authors: HIRSHMAN MF THORELL A NYGREN J JORFELDT L HORTON ES LJUNGQVIST O GOODYEAR LJ
Citation: Mf. Hirshman et al., EFFECTS OF EXERCISE AND INSULIN ON GLUT4 TRANSLOCATION IN HUMAN SKELETAL-MUSCLE, Diabetes, 47, 1998, pp. 313-313
CL-316,243, A BETA(3)-SPECIFIC ADRENOCEPTOR AGONIST, ENHANCES INSULIN-STIMULATED GLUCOSE DISPOSAL IN NONOBESE RATS
Authors: DESOUZA CJ HIRSHMAN MF HORTON ES
Citation: Cj. Desouza et al., CL-316,243, A BETA(3)-SPECIFIC ADRENOCEPTOR AGONIST, ENHANCES INSULIN-STIMULATED GLUCOSE DISPOSAL IN NONOBESE RATS, Diabetes, 46(8), 1997, pp. 1257-1263
EFFECTS OF AGING ON INSULIN SIGNALING AND GLUT4 TRANSLOCATION IN HUMAN SKELETAL-MUSCLE IN-VIVO
Authors: DUFRESNE SD HAYASHI T HIRSHMAN MF THORELL A NYGREN J HORTON ES LJUNGQVIST O GOODYEAR LJ
Citation: Sd. Dufresne et al., EFFECTS OF AGING ON INSULIN SIGNALING AND GLUT4 TRANSLOCATION IN HUMAN SKELETAL-MUSCLE IN-VIVO, Diabetes, 46, 1997, pp. 337-337
EFFECTS OF EPINEPHRINE INJECTION IN-VIVO ON INSULIN SIGNALING AND THEGLUCOSE-TRANSPORT SYSTEM IN RAT SKELETAL-MUSCLE
Authors: NAPOLI R HIRSHMAN MF SHERWOOD DJ HORTON ES
Citation: R. Napoli et al., EFFECTS OF EPINEPHRINE INJECTION IN-VIVO ON INSULIN SIGNALING AND THEGLUCOSE-TRANSPORT SYSTEM IN RAT SKELETAL-MUSCLE, Diabetes, 46, 1997, pp. 907-907
DIFFERENTIAL-EFFECTS OF EPINEPHRINE AND INSULIN ON MITOGEN-ACTIVATED PROTEIN-KINASE (MAPK) SIGNALING PATHWAYS IN RAT SKELETAL-MUSCLE, IN-VIVO
Authors: NAPOLI R DUFRESNE SD ARONSON D HIRSHMAN MF HORTON ES GIBSON L GOODYEAR LJ
Citation: R. Napoli et al., DIFFERENTIAL-EFFECTS OF EPINEPHRINE AND INSULIN ON MITOGEN-ACTIVATED PROTEIN-KINASE (MAPK) SIGNALING PATHWAYS IN RAT SKELETAL-MUSCLE, IN-VIVO, Diabetes, 46, 1997, pp. 1057-1057
CONTRACTION IN-VITRO STIMULATES MITOGEN-ACTIVATED PROTEIN-KINASE (MAPK) SIGNALING IN RAT SKELETAL-MUSCLE
Authors: HAYASHI T DUFRESNE SD HIRSHMAN MF GOODYEAR LJ
Citation: T. Hayashi et al., CONTRACTION IN-VITRO STIMULATES MITOGEN-ACTIVATED PROTEIN-KINASE (MAPK) SIGNALING IN RAT SKELETAL-MUSCLE, Diabetes, 46, 1997, pp. 1461-1461
CHRONIC GROWTH-HORMONE TREATMENT IN NORMAL RATS REDUCES POSTPRANDIAL SKELETAL-MUSCLE PLASMA-MEMBRANE GLUT1 CONTENT, BUT NOT GLUCOSE-TRANSPORT OR GLUT4 EXPRESSION AND LOCALIZATION
Authors: NAPOLI R CITTADINI A CHOW JC HIRSHMAN MF SMITH RJ DOUGLAS PS HORTON ES
Citation: R. Napoli et al., CHRONIC GROWTH-HORMONE TREATMENT IN NORMAL RATS REDUCES POSTPRANDIAL SKELETAL-MUSCLE PLASMA-MEMBRANE GLUT1 CONTENT, BUT NOT GLUCOSE-TRANSPORT OR GLUT4 EXPRESSION AND LOCALIZATION, Biochemical journal, 315, 1996, pp. 959-963
LONG-TERM NORMALIZATION OF GLUT-4 PROTEIN-CONTENT IN SKELETAL-MUSCLE OF DIABETIC RATS FOLLOWING ISLET TRANSPLANTATION
Authors: DAVALLI AM NAPOLI R WEITGASSER R CAPOTORTO JV HIRSHMAN MF FINEGOOD DT BONNERWEIR S HORTON ES WEIR GC
Citation: Am. Davalli et al., LONG-TERM NORMALIZATION OF GLUT-4 PROTEIN-CONTENT IN SKELETAL-MUSCLE OF DIABETIC RATS FOLLOWING ISLET TRANSPLANTATION, Journal of Endocrinology, 150(2), 1996, pp. 255-263
ISLET TRANSPLANTATION UNDER THE KIDNEY CAPSULE FULLY CORRECTS THE IMPAIRED SKELETAL-MUSCLE GLUCOSE-TRANSPORT SYSTEM OF STREPTOZOCIN DIABETIC RATS
Authors: NAPOLI R DAVALLI AM HIRSHMAN MF WEITGASSER R WEIR GC HORTON ES
Citation: R. Napoli et al., ISLET TRANSPLANTATION UNDER THE KIDNEY CAPSULE FULLY CORRECTS THE IMPAIRED SKELETAL-MUSCLE GLUCOSE-TRANSPORT SYSTEM OF STREPTOZOCIN DIABETIC RATS, The Journal of clinical investigation, 97(6), 1996, pp. 1389-1397
DIFFERENTIAL-EFFECTS OF INSULIN AND EXERCISE ON RAB4 DISTRIBUTION IN RAT SKELETAL-MUSCLE
Authors: SHERMAN LA HIRSHMAN MF CORMONT M LEMARCHANDBRUSTEL Y GOODYEAR LJ
Citation: La. Sherman et al., DIFFERENTIAL-EFFECTS OF INSULIN AND EXERCISE ON RAB4 DISTRIBUTION IN RAT SKELETAL-MUSCLE, Endocrinology, 137(1), 1996, pp. 266-273
GLUCOSE-INGESTION CAUSES GLUT4 TRANSLOCATION IN HUMAN SKELETAL-MUSCLE
Authors: GOODYEAR LJ HIRSHMAN MF NAPOLI R CALLES J MARKUNS JF LJUNGQVIST O HORTON ES
Citation: Lj. Goodyear et al., GLUCOSE-INGESTION CAUSES GLUT4 TRANSLOCATION IN HUMAN SKELETAL-MUSCLE, Diabetes, 45(8), 1996, pp. 1051-1056
MECHANISMS OF INCREASED GLUCOSE-UPTAKE AFTER AN OGTT IN HUMAN SKELETAL-MUSCLE
Authors: GOODYEAR LJ HIRSHMAN MF NAPOLI R CALLES J MARKUNS J LJUNGQVIST O HORTON ES
Citation: Lj. Goodyear et al., MECHANISMS OF INCREASED GLUCOSE-UPTAKE AFTER AN OGTT IN HUMAN SKELETAL-MUSCLE, Diabetes, 45, 1996, pp. 358-358
CHRONIC RHIGF-1 ADMINISTRATION IN NORMAL RATS REDUCES SKELETAL-MUSCLEPLASMA-MEMBRANE (PM) GLUT1 CONTENT WITHOUT AFFECTING GLUCOSE-TRANSPORT
Authors: NAPOLI R CHOW JC CITTADINI A HIRSHMAN MF SMITH RJ DOUGLAS PS HORTON ES
Citation: R. Napoli et al., CHRONIC RHIGF-1 ADMINISTRATION IN NORMAL RATS REDUCES SKELETAL-MUSCLEPLASMA-MEMBRANE (PM) GLUT1 CONTENT WITHOUT AFFECTING GLUCOSE-TRANSPORT, Diabetes, 45, 1996, pp. 855-855
THE MEMBRANE-ASSOCIATED 40 KD FATTY-ACID-BINDING PROTEIN (BERK PROTEIN), A PUTATIVE FATTY-ACID TRANSPORTER IS PRESENT IN HUMAN SKELETAL-MUSCLE
Authors: CALLESESCANDON J SWEET L LJUNGQVIST O HIRSHMAN MF
Citation: J. Callesescandon et al., THE MEMBRANE-ASSOCIATED 40 KD FATTY-ACID-BINDING PROTEIN (BERK PROTEIN), A PUTATIVE FATTY-ACID TRANSPORTER IS PRESENT IN HUMAN SKELETAL-MUSCLE, Life sciences, 58(1), 1995, pp. 19-28
MECHANISMS AND TIME-COURSE OF IMPAIRED SKELETAL-MUSCLE GLUCOSE-TRANSPORT ACTIVITY IN STREPTOZOCIN DIABETIC RATS
Authors: NAPOLI R HIRSHMAN MF HORTON ES
Citation: R. Napoli et al., MECHANISMS AND TIME-COURSE OF IMPAIRED SKELETAL-MUSCLE GLUCOSE-TRANSPORT ACTIVITY IN STREPTOZOCIN DIABETIC RATS, The Journal of clinical investigation, 96(1), 1995, pp. 427-437
MECHANISMS OF INCREASED SKELETAL-MUSCLE GLUCOSE-TRANSPORT ACTIVITY AFTER AN ORAL GLUCOSE-LOAD IN RATS
Authors: NAPOLI R HIRSHMAN MF HORTON ES
Citation: R. Napoli et al., MECHANISMS OF INCREASED SKELETAL-MUSCLE GLUCOSE-TRANSPORT ACTIVITY AFTER AN ORAL GLUCOSE-LOAD IN RATS, Diabetes, 44(12), 1995, pp. 1362-1368
ISLET TRANSPLANTATION RESTORES INSULIN-INDUCED GLUT4 TRANSLOCATION INSKELETAL-MUSCLE OF STREPTOZOCIN (STZ) DIABETIC RATS
Authors: NAPOLI R DAVALLI AM HIRSHMAN MF WEITGASSER R HORTON ES
Citation: R. Napoli et al., ISLET TRANSPLANTATION RESTORES INSULIN-INDUCED GLUT4 TRANSLOCATION INSKELETAL-MUSCLE OF STREPTOZOCIN (STZ) DIABETIC RATS, Diabetes, 44, 1995, pp. 142-142
THE B(3)-SPECIFIC AGONIST, CL-316243, DECREASES BODY-FAT AND ENHANCESINSULIN-STIMULATED GLUCOSE DISPOSAL IN NONOBESE RATS
Authors: DESOUZA CJ HIRSHMAN MF HORTON ES
Citation: Cj. Desouza et al., THE B(3)-SPECIFIC AGONIST, CL-316243, DECREASES BODY-FAT AND ENHANCESINSULIN-STIMULATED GLUCOSE DISPOSAL IN NONOBESE RATS, Diabetes, 44, 1995, pp. 191-191
PIOGLITAZONE TREATMENT FOR 7 DAYS FAILED TO CORRECT THE DEFECT IN GLUCOSE-TRANSPORT AND GLUCOSE-TRANSPORTER TRANSLOCATION IN OBESE ZUCKER RAT (FA FA) SKELETAL-MUSCLE PLASMA-MEMBRANES/
Authors: HIRSHMAN MF FAGNANT PM HORTON ED KING PA HORTON ES
Citation: Mf. Hirshman et al., PIOGLITAZONE TREATMENT FOR 7 DAYS FAILED TO CORRECT THE DEFECT IN GLUCOSE-TRANSPORT AND GLUCOSE-TRANSPORTER TRANSLOCATION IN OBESE ZUCKER RAT (FA FA) SKELETAL-MUSCLE PLASMA-MEMBRANES/, Biochemical and biophysical research communications, 208(2), 1995, pp. 835-845
TIME-COURSE AND MECHANISM OF IMPAIRED GLUCOSE-TRANSPORT ACTIVITY IN SKELETAL-MUSCLE FROM STREPTOZOCIN DIABETIC RATS
Authors: NAPOLI R HIRSHMAN MF HORTON ES
Citation: R. Napoli et al., TIME-COURSE AND MECHANISM OF IMPAIRED GLUCOSE-TRANSPORT ACTIVITY IN SKELETAL-MUSCLE FROM STREPTOZOCIN DIABETIC RATS, Diabetes, 43, 1994, pp. 10000015-10000015
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