AAAAAA

   
Results: 1-11 |
Results: 11
A HEAT-SENSITIVE ARABIDOPSIS-THALIANA KINASE SUBSTITUTES FOR HUMAN P70(S6K) FUNCTION IN-VIVO
Authors: TURCK F KOZMA SC THOMAS G NAGY F
Citation: F. Turck et al., A HEAT-SENSITIVE ARABIDOPSIS-THALIANA KINASE SUBSTITUTES FOR HUMAN P70(S6K) FUNCTION IN-VIVO, Molecular and cellular biology, 18(4), 1998, pp. 2038-2044
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
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 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
THE DROSOPHILA P70(S6K) HOMOLOG EXHIBITS CONSERVED REGULATORY ELEMENTS AND RAPAMYCIN SENSITIVITY
Authors: STEWART MJ BERRY COA ZILBERMAN F THOMAS G KOZMA SC
Citation: Mj. Stewart et al., THE DROSOPHILA P70(S6K) HOMOLOG EXHIBITS CONSERVED REGULATORY ELEMENTS AND RAPAMYCIN SENSITIVITY, Proceedings of the National Academy of Sciences of the United Statesof America, 93(20), 1996, pp. 10791-10796
THE PRINCIPAL TARGET OF RAPAMYCIN-INDUCED P70(S6K) INACTIVATION IS A NOVEL PHOSPHORYLATION SITE WITHIN A CONSERVED HYDROPHOBIC DOMAIN
Authors: PEARSON RB DENNIS PB HAN JW WILLIAMSON NA KOZMA SC WETTENHALL REH THOMAS G
Citation: Rb. Pearson et al., THE PRINCIPAL TARGET OF RAPAMYCIN-INDUCED P70(S6K) INACTIVATION IS A NOVEL PHOSPHORYLATION SITE WITHIN A CONSERVED HYDROPHOBIC DOMAIN, EMBO journal, 14(21), 1995, pp. 5279-5287
P70(S6K) P85(S6K) - MECHANISM OF ACTIVATION AND ROLE IN MITOGENESIS/
Authors: KOZMA SC THOMAS G
Citation: Sc. Kozma et G. Thomas, P70(S6K) P85(S6K) - MECHANISM OF ACTIVATION AND ROLE IN MITOGENESIS/, Seminars in cancer biology, 5(4), 1994, pp. 255-260
ACTIVATION OF P70 P85 S6 KINASE BY A PATHWAY INDEPENDENT OF P21(RAS)/
Authors: MING XF BURGERING BMT WENNSTROM S CLAESSONWELSH L HELDIN CH BOS JL KOZMA SC THOMAS G
Citation: Xf. Ming et al., ACTIVATION OF P70 P85 S6 KINASE BY A PATHWAY INDEPENDENT OF P21(RAS)/, Nature, 371(6496), 1994, pp. 426-429
RAPAMYCIN SELECTIVELY REPRESSES TRANSLATION OF THE POLYPYRIMIDINE TRACT MESSENGER-RNA FAMILY
Authors: JEFFERIES HBJ REINHARD C KOZMA SC THOMAS G
Citation: Hbj. Jefferies et al., RAPAMYCIN SELECTIVELY REPRESSES TRANSLATION OF THE POLYPYRIMIDINE TRACT MESSENGER-RNA FAMILY, Proceedings of the National Academy of Sciences of the United Statesof America, 91(10), 1994, pp. 4441-4445
THE IMMUNOSUPPRESSANT RAPAMYCIN INDUCES INACTIVATION OF P70(S6K) THROUGH DEPHOSPHORYLATION OF A NOVEL SET OF SITES
Authors: FERRARI S PEARSON RB SIEGMANN M KOZMA SC THOMAS G
Citation: S. Ferrari et al., THE IMMUNOSUPPRESSANT RAPAMYCIN INDUCES INACTIVATION OF P70(S6K) THROUGH DEPHOSPHORYLATION OF A NOVEL SET OF SITES, The Journal of biological chemistry, 268(22), 1993, pp. 16091-16094
Risultati: 1-11 |