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Results: 1-9 |
Results: 9
PHOSPHORYLATION AND ACTIVATION OF P70(S6K) BY PDK1
Authors: PULLEN N DENNIS PB ANDJELKOVIC M DUFNER A KOZMA SC HEMMINGS BA THOMAS G
Citation: N. Pullen et al., PHOSPHORYLATION AND ACTIVATION OF P70(S6K) BY PDK1, Science, 279(5351), 1998, pp. 707-710
PHOSPHORYLATION SITES IN THE AUTOINHIBITORY DOMAIN PARTICIPATE IN P70(S6K) ACTIVATION LOOP PHOSPHORYLATION
Authors: DENNIS PB PULLEN N PEARSON RB KOZMA SC THOMAS G
Citation: Pb. Dennis et al., PHOSPHORYLATION SITES IN THE AUTOINHIBITORY DOMAIN PARTICIPATE IN P70(S6K) ACTIVATION LOOP PHOSPHORYLATION, The Journal of biological chemistry, 273(24), 1998, pp. 14845-14852
OKADAIC ACID-INDUCED A CHANGE IN THE PHOSPHORYLATION OF CADHERIN CATENIN COMPLEX IN HUMAN EPIDERMAL-CELLS/
Authors: SERRES M GRANGEASSE C PULLEN N DUROCHER Y THOMAS G SCHMITT D
Citation: M. Serres et al., OKADAIC ACID-INDUCED A CHANGE IN THE PHOSPHORYLATION OF CADHERIN CATENIN COMPLEX IN HUMAN EPIDERMAL-CELLS/, The FASEB journal, 11(9), 1997, pp. 3229-3229
THE INSULIN-INDUCED SIGNALING PATHWAY LEADING TO S6 AND INITIATION-FACTOR 4E BINDING-PROTEIN-1 PHOSPHORYLATION BIFURCATES AT A RAPAMYCIN-SENSITIVE POINT IMMEDIATELY UPSTREAM OF P70(S6K)
Authors: VONMANTEUFFEL SR DENNIS PB PULLEN N GINGRAS AC SONENBERG N THOMAS G
Citation: Sr. Vonmanteuffel et al., THE INSULIN-INDUCED SIGNALING PATHWAY LEADING TO S6 AND INITIATION-FACTOR 4E BINDING-PROTEIN-1 PHOSPHORYLATION BIFURCATES AT A RAPAMYCIN-SENSITIVE POINT IMMEDIATELY UPSTREAM OF P70(S6K), Molecular and cellular biology, 17(9), 1997, pp. 5426-5436
DUAL REQUIREMENT FOR A NEWLY IDENTIFIED PHOSPHORYLATION SITE IN P70(S6K)
Authors: MOSER BA DENNIS PB PULLEN N PEARSON RB WILLIAMSON NA WETTENHALL REH KOZMA SC THOMAS G
Citation: Ba. Moser et al., DUAL REQUIREMENT FOR A NEWLY IDENTIFIED PHOSPHORYLATION SITE IN P70(S6K), Molecular and cellular biology, 17(9), 1997, pp. 5648-5655
THE MODULAR PHOSPHORYLATION AND ACTIVATION OF P70(S6K)
Authors: PULLEN N THOMAS G
Citation: N. Pullen et G. Thomas, THE MODULAR PHOSPHORYLATION AND ACTIVATION OF P70(S6K), FEBS letters, 410(1), 1997, pp. 78-82
THE PRINCIPAL RAPAMYCIN-SENSITIVE P70(S6K) PHOSPHORYLATION SITES, T-229 AND T-389, ARE DIFFERENTIALLY REGULATED BY RAPAMYCIN-INSENSITIVE KINASE KINASES
Authors: DENNIS PB PULLEN N KOZMA SC THOMAS G
Citation: Pb. Dennis et al., THE PRINCIPAL RAPAMYCIN-SENSITIVE P70(S6K) PHOSPHORYLATION SITES, T-229 AND T-389, ARE DIFFERENTIALLY REGULATED BY RAPAMYCIN-INSENSITIVE KINASE KINASES, Molecular and cellular biology, 16(11), 1996, pp. 6242-6251
RHODOPSIN KINASE - STUDIES ON THE SEQUENCE OF AND THE RECOGNITION MOTIF FOR MULTIPHOSPHORYLATIONS
Authors: PULLEN N AKHTAR M
Citation: N. Pullen et M. Akhtar, RHODOPSIN KINASE - STUDIES ON THE SEQUENCE OF AND THE RECOGNITION MOTIF FOR MULTIPHOSPHORYLATIONS, Biochemistry, 33(48), 1994, pp. 14536-14542
COOPERATIVITY DURING MULTIPLE PHOSPHORYLATIONS CATALYZED BY RHODOPSINKINASE - SUPPORTING EVIDENCE USING SYNTHETIC PHOSPHOPEPTIDES
Authors: PULLEN N BROWN NG SHARMA RP AKHTAR M
Citation: N. Pullen et al., COOPERATIVITY DURING MULTIPLE PHOSPHORYLATIONS CATALYZED BY RHODOPSINKINASE - SUPPORTING EVIDENCE USING SYNTHETIC PHOSPHOPEPTIDES, Biochemistry, 32(15), 1993, pp. 3958-3964
Risultati: 1-9 |