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Results: 1-11 |
Results: 11
DC ELECTRICAL OXIDE THICKNESS MODEL FOR QUANTIZATION OF THE INVERSIONLAYER IN MOSFETS
Authors: KING YC FUJIOKA H KAMOHARA S CHEN K HU CM
Citation: Yc. King et al., DC ELECTRICAL OXIDE THICKNESS MODEL FOR QUANTIZATION OF THE INVERSIONLAYER IN MOSFETS, Semiconductor science and technology, 13(8), 1998, pp. 963-966
SMALL-SIGNAL ELECTRON CHARGE CENTROID MODEL FOR QUANTIZATION OF INVERSION LAYER IN A METAL-ON-INSULATOR FIELD-EFFECT TRANSISTOR
Authors: KING YC HU CM FUJIOKA H KAMOHARA S
Citation: Yc. King et al., SMALL-SIGNAL ELECTRON CHARGE CENTROID MODEL FOR QUANTIZATION OF INVERSION LAYER IN A METAL-ON-INSULATOR FIELD-EFFECT TRANSISTOR, Applied physics letters, 72(26), 1998, pp. 3476-3478
ACUTE STIMULATION OF GLUCOSE-METABOLISM IN MICE BY LEPTIN TREATMENT
Authors: KAMOHARA S BURCELIN R HALAAS JL FRIEDMAN JM CHARRON MJ
Citation: S. Kamohara et al., ACUTE STIMULATION OF GLUCOSE-METABOLISM IN MICE BY LEPTIN TREATMENT, Nature, 389(6649), 1997, pp. 374-377
ROLES OF INSULIN, GUANOSINE 5'-[GAMMA-THIO]TRIPHOSPHATE AND PHORBOL 12-MYRISTATE 13-ACETATE IN SIGNALING PATHWAYS OF GLUT4 TRANSLOCATION
Authors: TODAKA M HAYASHI H IMANAKA T MITANI Y KAMOHARA S KISHI K TAMAOKA K KANAI F SHICHIRI M MORII N NARUMIYA S EBINA Y
Citation: M. Todaka et al., ROLES OF INSULIN, GUANOSINE 5'-[GAMMA-THIO]TRIPHOSPHATE AND PHORBOL 12-MYRISTATE 13-ACETATE IN SIGNALING PATHWAYS OF GLUT4 TRANSLOCATION, Biochemical journal, 315, 1996, pp. 875-882
G(Q)-COUPLED RECEPTORS TRANSMIT THE SIGNAL FOR GLUT4 TRANSLOCATION VIA AN INSULIN-INDEPENDENT PATHWAY
Authors: KISHI K HAYASHI H WANG LH KAMOHARA S TAMAOKA K SHIMIZU T USHIKUBI F NARUMIYA S EBINA Y
Citation: K. Kishi et al., G(Q)-COUPLED RECEPTORS TRANSMIT THE SIGNAL FOR GLUT4 TRANSLOCATION VIA AN INSULIN-INDEPENDENT PATHWAY, The Journal of biological chemistry, 271(43), 1996, pp. 26561-26568
POSSIBLE DOMAINS RESPONSIBLE FOR INTRACELLULAR TARGETING AND INSULIN-DEPENDENT TRANSLOCATION OF GLUCOSE-TRANSPORTER TYPE-4
Authors: ISHII K HAYASHI H TODAKA M KAMOHARA S KANAI F JINNOUCHI H WANG LH EBINA Y
Citation: K. Ishii et al., POSSIBLE DOMAINS RESPONSIBLE FOR INTRACELLULAR TARGETING AND INSULIN-DEPENDENT TRANSLOCATION OF GLUCOSE-TRANSPORTER TYPE-4, Biochemical journal, 309, 1995, pp. 813-823
PLATELET-DERIVED GROWTH-FACTOR TRIGGERS TRANSLOCATION OF THE INSULIN-REGULATABLE GLUCOSE-TRANSPORTER (TYPE-4) PREDOMINANTLY THROUGH PHOSPHATIDYLINOSITOL 3-KINASE BINDING-SITES ON THE RECEPTOR
Authors: KAMOHARA S HAYASHI H TODAKA M KANAI F ISHII K IMANAKA T ESCOBEDO JA WILLIAMS LT EBINA Y
Citation: S. Kamohara et al., PLATELET-DERIVED GROWTH-FACTOR TRIGGERS TRANSLOCATION OF THE INSULIN-REGULATABLE GLUCOSE-TRANSPORTER (TYPE-4) PREDOMINANTLY THROUGH PHOSPHATIDYLINOSITOL 3-KINASE BINDING-SITES ON THE RECEPTOR, Proceedings of the National Academy of Sciences of the United Statesof America, 92(4), 1995, pp. 1077-1081
FREQUENCY OF MUTATIONS OF INSULIN-RECEPTOR GENE IN JAPANESE PATIENTS WITH NIDDM
Authors: KAN M KANAI F IIDA M JINNOUCHI H TODAKA M IMANAKA T ITO K NISHIOKA Y OHNISHI T KAMOHARA S HAYASHI H MURAKAMI T KAGAWA S SANO H HASHIMOTO N YOSHIDA S MAKINO H EBINA Y
Citation: M. Kan et al., FREQUENCY OF MUTATIONS OF INSULIN-RECEPTOR GENE IN JAPANESE PATIENTS WITH NIDDM, Diabetes, 44(9), 1995, pp. 1081-1086
EPIDERMAL GROWTH-FACTOR TRIGGERS THE TRANSLOCATION OF INSULIN-RESPONSIVE GLUCOSE-TRANSPORTER (GLUT4)
Authors: ISHII K KAMOHARA S HAYASHI H TODAKA M KANAI F IMANAKA T EBINA Y
Citation: K. Ishii et al., EPIDERMAL GROWTH-FACTOR TRIGGERS THE TRANSLOCATION OF INSULIN-RESPONSIVE GLUCOSE-TRANSPORTER (GLUT4), Biochemical and biophysical research communications, 205(1), 1994, pp. 857-863
DIRECT DEMONSTRATION OF INSULIN-INDUCED GLUT4 TRANSLOCATION TO THE SURFACE OF INTACT-CELLS BY INSERTION OF A C-MYC EPITOPE INTO AN EXOFACIAL GLUT4 DOMAIN
Authors: KANAI F NISHIOKA Y HAYASHI H KAMOHARA S TODAKA M EBINA Y
Citation: F. Kanai et al., DIRECT DEMONSTRATION OF INSULIN-INDUCED GLUT4 TRANSLOCATION TO THE SURFACE OF INTACT-CELLS BY INSERTION OF A C-MYC EPITOPE INTO AN EXOFACIAL GLUT4 DOMAIN, The Journal of biological chemistry, 268(19), 1993, pp. 14523-14526
INSULIN-STIMULATED GLUT4 TRANSLOCATION IS RELEVANT TO THE PHOSPHORYLATION OF IRS-1 AND THE ACTIVITY OF PI3-KINASE
Authors: KANAI F ITO K TODAKA M HAYASHI H KAMOHARA S ISHII K OKADA T HAZEKI O UI M EBINA Y
Citation: F. Kanai et al., INSULIN-STIMULATED GLUT4 TRANSLOCATION IS RELEVANT TO THE PHOSPHORYLATION OF IRS-1 AND THE ACTIVITY OF PI3-KINASE, Biochemical and biophysical research communications, 195(2), 1993, pp. 762-768
Risultati: 1-11 |