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Results: 1-25 | 26-40 |
Results: 26-40/40
DISCRETE STRUCTURAL DOMAINS DETERMINE DIFFERENTIAL ENDOPLASMIC-RETICULUM TO GOLGI TRANSIT TIMES FOR GLUCOSE-TRANSPORTER ISOFORMS
Authors: HRESKO RC MURATA H MARSHALL BA MUECKLER M
Citation: Rc. Hresko et al., DISCRETE STRUCTURAL DOMAINS DETERMINE DIFFERENTIAL ENDOPLASMIC-RETICULUM TO GOLGI TRANSIT TIMES FOR GLUCOSE-TRANSPORTER ISOFORMS, The Journal of biological chemistry, 269(51), 1994, pp. 32110-32119
TOPOLOGY OF THE GLUT-1 GLUCOSE-TRANSPORTER DEDUCED FROM GLYCOSYLATIONSCANNING MUTAGENESIS
Authors: HRESKO RC KRUSE M STRUBE M MUECKLER M
Citation: Rc. Hresko et al., TOPOLOGY OF THE GLUT-1 GLUCOSE-TRANSPORTER DEDUCED FROM GLYCOSYLATIONSCANNING MUTAGENESIS, The Journal of biological chemistry, 269(32), 1994, pp. 20482-20488
GLUTAMINE-161 OF GLUT1 GLUCOSE-TRANSPORTER IS CRITICAL FOR TRANSPORT ACTIVITY AND EXOFACIAL LIGAND-BINDING
Authors: MUECKLER M WENG WF KRUSE M
Citation: M. Mueckler et al., GLUTAMINE-161 OF GLUT1 GLUCOSE-TRANSPORTER IS CRITICAL FOR TRANSPORT ACTIVITY AND EXOFACIAL LIGAND-BINDING, The Journal of biological chemistry, 269(32), 1994, pp. 20533-20538
GLUCOSE-TRANSPORT ACTIVITY IN SKELETAL-MUSCLES FROM TRANSGENIC MICE OVEREXPRESSING GLUT1 - INCREASED BASAL TRANSPORT IS ASSOCIATED WITH A DEFECTIVE RESPONSE TO DIVERSE STIMULI THAT ACTIVATE GLUT4
Authors: GULVE EA REN JM MARSHALL BA GAO JP HANSEN PA HOLLOSZY JO MUECKLER M
Citation: Ea. Gulve et al., GLUCOSE-TRANSPORT ACTIVITY IN SKELETAL-MUSCLES FROM TRANSGENIC MICE OVEREXPRESSING GLUT1 - INCREASED BASAL TRANSPORT IS ASSOCIATED WITH A DEFECTIVE RESPONSE TO DIVERSE STIMULI THAT ACTIVATE GLUT4, The Journal of biological chemistry, 269(28), 1994, pp. 18366-18370
A MUTATION IN THE GLUT2 GLUCOSE-TRANSPORTER GENE OF A DIABETIC PATIENT ABOLISHES TRANSPORT ACTIVITY
Authors: MUECKLER M KRUSE M STRUBE M RIGGS AC CHIU KC PERMUTT MA
Citation: M. Mueckler et al., A MUTATION IN THE GLUT2 GLUCOSE-TRANSPORTER GENE OF A DIABETIC PATIENT ABOLISHES TRANSPORT ACTIVITY, The Journal of biological chemistry, 269(27), 1994, pp. 17765-17767
FACILITATIVE GLUCOSE TRANSPORTERS
Authors: MUECKLER M
Citation: M. Mueckler, FACILITATIVE GLUCOSE TRANSPORTERS, European journal of biochemistry, 219(3), 1994, pp. 713-725
OVEREXPRESSION OF GLUT1 IN MOUSE SKELETAL-MUSCLE INCREASES BASAL GLUCOSE-TRANSPORT ACTIVITY BUT IS ASSOCIATED WITH A DEFECTIVE RESPONSE TO DIVERSE STIMULI THAT ACTIVATE GLUT4
Authors: GULVE E REN JM GAO JP HANSEN P HOLLOSZY J MUECKLER M
Citation: E. Gulve et al., OVEREXPRESSION OF GLUT1 IN MOUSE SKELETAL-MUSCLE INCREASES BASAL GLUCOSE-TRANSPORT ACTIVITY BUT IS ASSOCIATED WITH A DEFECTIVE RESPONSE TO DIVERSE STIMULI THAT ACTIVATE GLUT4, Diabetes, 43, 1994, pp. 10000010-10000010
A NEW MODEL FOR INSULIN-RESISTANCE - IN-VIVO INSULIN SENSITIVITY IN TRANSGENIC MICE OVEREXPRESSING GLUT1 OR GLUT4 GLUCOSE TRANSPORTERS IN SKELETAL-MUSCLE
Authors: MARSHALL B MUECKLER M
Citation: B. Marshall et M. Mueckler, A NEW MODEL FOR INSULIN-RESISTANCE - IN-VIVO INSULIN SENSITIVITY IN TRANSGENIC MICE OVEREXPRESSING GLUT1 OR GLUT4 GLUCOSE TRANSPORTERS IN SKELETAL-MUSCLE, Diabetes, 43, 1994, pp. 10000014-10000014
EXPRESSION OF GENES INVOLVED IN PLACENTAL GLUCOSE-UPTAKE AND TRANSPORT IN THE NONOBESE DIABETIC MOUSE PREGNANCY
Authors: DEVASKAR SU DEVASKAR UP SCHROEDER RE DEMELLO D FIEDOREK FT MUECKLER M
Citation: Su. Devaskar et al., EXPRESSION OF GENES INVOLVED IN PLACENTAL GLUCOSE-UPTAKE AND TRANSPORT IN THE NONOBESE DIABETIC MOUSE PREGNANCY, American journal of obstetrics and gynecology, 171(5), 1994, pp. 1316-1323
MECHANISM OF ENHANCED INSULIN SENSITIVITY IN ATHLETES - INCREASED BLOOD-FLOW, MUSCLE GLUCOSE-TRANSPORT PROTEIN (GLUT-4) CONCENTRATION, AND GLYCOGEN-SYNTHASE ACTIVITY
Authors: EBELING P BOUREY R KORANYI L TUOMINEN JA GROOP LC HENRIKSSON J MUECKLER M SOVIJARVI A KOIVISTO VA
Citation: P. Ebeling et al., MECHANISM OF ENHANCED INSULIN SENSITIVITY IN ATHLETES - INCREASED BLOOD-FLOW, MUSCLE GLUCOSE-TRANSPORT PROTEIN (GLUT-4) CONCENTRATION, AND GLYCOGEN-SYNTHASE ACTIVITY, The Journal of clinical investigation, 92(4), 1993, pp. 1623-1631
DOMAINS THAT CONFER INTRACELLULAR SEQUESTRATION OF THE GLUT4 GLUCOSE-TRANSPORTER IN XENOPUS-OOCYTES
Authors: MARSHALL BA MURATA H HRESKO RC MUECKLER M
Citation: Ba. Marshall et al., DOMAINS THAT CONFER INTRACELLULAR SEQUESTRATION OF THE GLUT4 GLUCOSE-TRANSPORTER IN XENOPUS-OOCYTES, The Journal of biological chemistry, 268(35), 1993, pp. 26193-26199
GERMLINE MANIPULATION OF GLUCOSE-HOMEOSTASIS VIA ALTERATION OF GLUCOSE-TRANSPORTER LEVELS IN SKELETAL-MUSCLE
Authors: MARSHALL BA REN JM JOHNSON DW GIBBS EM LILLQUIST JS SOELLER WC HOLLOSZY JO MUECKLER M
Citation: Ba. Marshall et al., GERMLINE MANIPULATION OF GLUCOSE-HOMEOSTASIS VIA ALTERATION OF GLUCOSE-TRANSPORTER LEVELS IN SKELETAL-MUSCLE, The Journal of biological chemistry, 268(25), 1993, pp. 18442-18445
EVIDENCE FROM TRANSGENIC MICE THAT GLUCOSE-TRANSPORT IS RATE-LIMITINGFOR GLYCOGEN DEPOSITION AND GLYCOLYSIS IN SKELETAL-MUSCLE
Authors: REN JM MARSHALL BA GULVE EA GAO JP JOHNSON DW HOLLOSZY JO MUECKLER M
Citation: Jm. Ren et al., EVIDENCE FROM TRANSGENIC MICE THAT GLUCOSE-TRANSPORT IS RATE-LIMITINGFOR GLYCOGEN DEPOSITION AND GLYCOLYSIS IN SKELETAL-MUSCLE, The Journal of biological chemistry, 268(22), 1993, pp. 16113-16115
IDENTIFICATION OF INTRACELLULAR SEQUESTRATION DOMAINS IN THE GLUT4 GLUCOSE TRANSPORTER USING THE XENOPUS-LAEVIS OOCYTE EXPRESSION SYSTEM
Authors: MARSHALL B STRUBE M MUECKLER M
Citation: B. Marshall et al., IDENTIFICATION OF INTRACELLULAR SEQUESTRATION DOMAINS IN THE GLUT4 GLUCOSE TRANSPORTER USING THE XENOPUS-LAEVIS OOCYTE EXPRESSION SYSTEM, Diabetes, 42, 1993, pp. 13-13
GLUCOSE-METABOLISM IN SKELETAL-MUSCLE OF TRANSGENIC MICE OVEREXPRESSING GLUT-1
Authors: REN JM MARSHALL B GULVE E GAO JP JOHNSON D HOLLOSZY J MUECKLER M
Citation: Jm. Ren et al., GLUCOSE-METABOLISM IN SKELETAL-MUSCLE OF TRANSGENIC MICE OVEREXPRESSING GLUT-1, Diabetes, 42, 1993, pp. 14-14
Risultati: 1-25 | 26-40 |