AAAAAA

   
Results: 1-13 |
Results: 13
PROLONGED VS TRANSIENT ROLES FOR EARLY CELL-CYCLE SIGNALING COMPONENTS
Authors: ROSE DW XIAO S PILLAY TS KOLCH W OLEFSKY JM
Citation: Dw. Rose et al., PROLONGED VS TRANSIENT ROLES FOR EARLY CELL-CYCLE SIGNALING COMPONENTS, Oncogene, 17(7), 1998, pp. 889-899
SH2-B-ALPHA IS AN INSULIN-RECEPTOR ADAPTER PROTEIN AND SUBSTRATE THATINTERACTS WITH THE ACTIVATION LOOP OF THE INSULIN-RECEPTOR KINASE
Authors: KOTANI K WILDEN P PILLAY TS
Citation: K. Kotani et al., SH2-B-ALPHA IS AN INSULIN-RECEPTOR ADAPTER PROTEIN AND SUBSTRATE THATINTERACTS WITH THE ACTIVATION LOOP OF THE INSULIN-RECEPTOR KINASE, Biochemical journal, 335, 1998, pp. 103-109
HIGH GLUCOSE-INDUCED ABNORMAL EPIDERMAL GROWTH-FACTOR SIGNALING
Authors: OBATA T MAEGAWA H KASHIWAGI A PILLAY TS KIKKAWA R
Citation: T. Obata et al., HIGH GLUCOSE-INDUCED ABNORMAL EPIDERMAL GROWTH-FACTOR SIGNALING, Journal of Biochemistry, 123(5), 1998, pp. 813-820
SH2-B IS A NOVEL INSULIN-RECEPTOR SUBSTRATE AND ADAPTER PROTEIN
Authors: KOTANI K WYNIGER J PILLAY TS
Citation: K. Kotani et al., SH2-B IS A NOVEL INSULIN-RECEPTOR SUBSTRATE AND ADAPTER PROTEIN, Diabetes, 47, 1998, pp. 138-138
GLUCOSE-INDUCED PHOSPHORYLATION OF THE INSULIN-RECEPTOR FUNCTIONAL-EFFECTS AND CHARACTERIZATION OF PHOSPHORYLATION SITES
Authors: PILLAY TS XIAO S OLEFSKY JM
Citation: Ts. Pillay et al., GLUCOSE-INDUCED PHOSPHORYLATION OF THE INSULIN-RECEPTOR FUNCTIONAL-EFFECTS AND CHARACTERIZATION OF PHOSPHORYLATION SITES, The Journal of clinical investigation, 97(3), 1996, pp. 613-620
INTERACTION OF A GRB-IR SPLICE VARIANT (A HUMAN GRB10 HOMOLOG) WITH THE INSULIN AND INSULIN-LIKE GROWTH-FACTOR-I RECEPTORS - EVIDENCE FOR AROLE IN MITOGENIC SIGNALING
Authors: ONEILL TJ ROSE DW PILLAY TS HOTTA K OLEFSKY JM GUSTAFSON TA
Citation: Tj. Oneill et al., INTERACTION OF A GRB-IR SPLICE VARIANT (A HUMAN GRB10 HOMOLOG) WITH THE INSULIN AND INSULIN-LIKE GROWTH-FACTOR-I RECEPTORS - EVIDENCE FOR AROLE IN MITOGENIC SIGNALING, The Journal of biological chemistry, 271(37), 1996, pp. 22506-22513
INSULIN STIMULATES THE DEPHOSPHORYLATION OF P125 FOCAL ADHESION KINASE (FAK) - THE DISTAL C-TERMINUS OF THE INSULIN-RECEPTOR BETA-SUBUNIT IS REQUIRED
Authors: PILLAY TS OLEFSKY JM
Citation: Ts. Pillay et Jm. Olefsky, INSULIN STIMULATES THE DEPHOSPHORYLATION OF P125 FOCAL ADHESION KINASE (FAK) - THE DISTAL C-TERMINUS OF THE INSULIN-RECEPTOR BETA-SUBUNIT IS REQUIRED, Journal of cellular biochemistry, 1995, pp. 73-73
BINDING OF SHC TO THE NPXY MOTIF IS MEDIATED BY ITS N-TERMINAL DOMAIN
Authors: PRIGENT SA PILLAY TS RAVICHANDRAN KS GULLICK WJ
Citation: Sa. Prigent et al., BINDING OF SHC TO THE NPXY MOTIF IS MEDIATED BY ITS N-TERMINAL DOMAIN, The Journal of biological chemistry, 270(38), 1995, pp. 22097-22100
THE B-ISOFORM OF THE INSULIN-RECEPTOR SIGNALS MORE EFFICIENTLY THAN THE A-ISOFORM IN HEPG2 CELLS
Authors: KOSAKI A PILLAY TS XU L WEBSTER NJG
Citation: A. Kosaki et al., THE B-ISOFORM OF THE INSULIN-RECEPTOR SIGNALS MORE EFFICIENTLY THAN THE A-ISOFORM IN HEPG2 CELLS, The Journal of biological chemistry, 270(35), 1995, pp. 20816-20823
INSULIN STIMULATES THE TYROSINE DEPHOSPHORYLATION OF PP125 FOCAL ADHESION KINASE
Authors: PILLAY TS SASAOKA T OLEFSKY JM
Citation: Ts. Pillay et al., INSULIN STIMULATES THE TYROSINE DEPHOSPHORYLATION OF PP125 FOCAL ADHESION KINASE, The Journal of biological chemistry, 270(3), 1995, pp. 991-994
REGULATION OF FOCAL ADHESION KINASE (FAK) BY INSULIN - ROLE OF TYROSINE PHOSPHATASES
Authors: PILLAY TS KENNER KA KUSARI J OLEFSKY JM
Citation: Ts. Pillay et al., REGULATION OF FOCAL ADHESION KINASE (FAK) BY INSULIN - ROLE OF TYROSINE PHOSPHATASES, Diabetes, 44, 1995, pp. 209-209
SITE-SPECIFIC ANTI-PHOSPHOPEPTIDE ANTIBODIES - USE IN ASSESSING INSULIN-RECEPTOR SERINE THREONINE PHOSPHORYLATION STATE AND IDENTIFICATION OF SERINE-1327 AS A NOVEL SITE OF PHORBOL ESTER-INDUCED PHOSPHORYLATION/
Authors: COGHLAN MP PILLAY TS TAVARE JM SIDDLE K
Citation: Mp. Coghlan et al., SITE-SPECIFIC ANTI-PHOSPHOPEPTIDE ANTIBODIES - USE IN ASSESSING INSULIN-RECEPTOR SERINE THREONINE PHOSPHORYLATION STATE AND IDENTIFICATION OF SERINE-1327 AS A NOVEL SITE OF PHORBOL ESTER-INDUCED PHOSPHORYLATION/, Biochemical journal, 303, 1994, pp. 893-899
MECHANISM OF GLUCOSE-INDUCED INHIBITION OF INSULIN-RECEPTOR PHOSPHORYLATION AND KINASE-ACTIVITY
Authors: PILLAY TS
Citation: Ts. Pillay, MECHANISM OF GLUCOSE-INDUCED INHIBITION OF INSULIN-RECEPTOR PHOSPHORYLATION AND KINASE-ACTIVITY, Diabetes, 43, 1994, pp. 10000240-10000240
Risultati: 1-13 |