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Results: 1-15 |
Results: 15
RHOG GTPASE CONTROLS A PATHWAY THAT INDEPENDENTLY ACTIVATES RAC1 AND CDC42HS
Authors: GAUTHIERROUVIERE C VIGNAL E MERIANE M ROUX P MONTCOURIER P FORT P
Citation: C. Gauthierrouviere et al., RHOG GTPASE CONTROLS A PATHWAY THAT INDEPENDENTLY ACTIVATES RAC1 AND CDC42HS, Molecular biology of the cell, 9(6), 1998, pp. 1379-1394
THE TOGP PROTEIN IS A NEW HUMAN MICROTUBULE-ASSOCIATED PROTEIN HOMOLOGOUS TO THE XENOPUS XMAP215
Authors: CHARRASSE S SCHROEDER M GAUTHIERROUVIERE C ANGO F CASSIMERIS L GARD DL LARROQUE C
Citation: S. Charrasse et al., THE TOGP PROTEIN IS A NEW HUMAN MICROTUBULE-ASSOCIATED PROTEIN HOMOLOGOUS TO THE XENOPUS XMAP215, Journal of Cell Science, 111, 1998, pp. 1371-1383
RHOG ACTS UPSTREAM OF RAC1 AND CDC42HS TO REGULATE CELL MORPHOLOGY AND ACTIN POLYMERIZATION
Authors: GAUTHIERROUVIERE C ROUX P VIGNAL E MONTCOURIER P FORT P
Citation: C. Gauthierrouviere et al., RHOG ACTS UPSTREAM OF RAC1 AND CDC42HS TO REGULATE CELL MORPHOLOGY AND ACTIN POLYMERIZATION, Molecular biology of the cell, 8, 1997, pp. 1477-1477
THE SMALL GTPASES CDC42HS, RAC1 AND RHOG DELINEATE RAF-INDEPENDENT PATHWAYS THAT COOPERATE TO TRANSFORM NIH3T3 CELLS
Authors: ROUX P GAUTHIERROUVIERE C DOUCETBRUTIN S FORT P
Citation: P. Roux et al., THE SMALL GTPASES CDC42HS, RAC1 AND RHOG DELINEATE RAF-INDEPENDENT PATHWAYS THAT COOPERATE TO TRANSFORM NIH3T3 CELLS, Current biology, 7(9), 1997, pp. 629-637
THE HUMAN CH-TOG PROTEIN IS ASSOCIATED WITH MITOTIC SPINDLES AND IS HOMOLOGOUS TO THE XENOPUS MICROTUBULE-ASSOCIATED PROTEIN, XMAP215
Authors: CHARRASSE S SCHROEDER M GAUTHIERROUVIERE C CASSIMERIS L GARD DL LARROQUE C
Citation: S. Charrasse et al., THE HUMAN CH-TOG PROTEIN IS ASSOCIATED WITH MITOTIC SPINDLES AND IS HOMOLOGOUS TO THE XENOPUS MICROTUBULE-ASSOCIATED PROTEIN, XMAP215, Molecular biology of the cell, 7, 1996, pp. 1292-1292
RHOG, MEMBER OF THE RAC CDC42 GTPASES SUBFAMILY, CONTROLS ACTIN POLYMERIZATION IN A RAC-DIFFERENT MANNER/
Authors: GAUTHIERROUVIERE C DOUCET S FORT P
Citation: C. Gauthierrouviere et al., RHOG, MEMBER OF THE RAC CDC42 GTPASES SUBFAMILY, CONTROLS ACTIN POLYMERIZATION IN A RAC-DIFFERENT MANNER/, Molecular biology of the cell, 7, 1996, pp. 1337-1337
EXPRESSION AND ACTIVITY OF SERUM RESPONSE FACTOR IS REQUIRED FOR EXPRESSION OF THE MUSCLE-DETERMINING FACTOR MYOD IN BOTH DIVIDING AND DIFFERENTIATING MOUSE C2C12 MYOBLASTS
Authors: GAUTHIERROUVIERE C VANDROMME M TUIL D LAUTREDOU N MORRIS M SOULEZ M KAHN A FERNANDEZ A LAMB N
Citation: C. Gauthierrouviere et al., EXPRESSION AND ACTIVITY OF SERUM RESPONSE FACTOR IS REQUIRED FOR EXPRESSION OF THE MUSCLE-DETERMINING FACTOR MYOD IN BOTH DIVIDING AND DIFFERENTIATING MOUSE C2C12 MYOBLASTS, Molecular biology of the cell, 7(5), 1996, pp. 719-729
REGULATION OF TRANSCRIPTION FACTOR LOCALIZATION - FINE-TUNING OF GENE-EXPRESSION
Authors: VANDROMME M GAUTHIERROUVIERE C LAMB N FERNANDEZ A
Citation: M. Vandromme et al., REGULATION OF TRANSCRIPTION FACTOR LOCALIZATION - FINE-TUNING OF GENE-EXPRESSION, Trends in biochemical sciences, 21(2), 1996, pp. 59-64
FOS IMMUNOREACTIVITY ASSESSMENT ON HUMAN NORMAL AND PATHOLOGICAL BRONCHIAL BIOPSIES
Authors: DEMOLY P CHANEZ P PUJOL JL GAUTHIERROUVIERE C MICHEL FB GODARD P BOUSQUET J
Citation: P. Demoly et al., FOS IMMUNOREACTIVITY ASSESSMENT ON HUMAN NORMAL AND PATHOLOGICAL BRONCHIAL BIOPSIES, Respiratory medicine, 89(5), 1995, pp. 329-335
PROMOTER ELEMENTS AND TRANSCRIPTIONAL CONTROL OF THE CHICKEN TROPOMYOSIN GENE (VOL 22, PG 1838 1994)
Authors: TOUTANT M GAUTHIERROUVIERE C FISZMAN MY LEMONNIER M
Citation: M. Toutant et al., PROMOTER ELEMENTS AND TRANSCRIPTIONAL CONTROL OF THE CHICKEN TROPOMYOSIN GENE (VOL 22, PG 1838 1994), Nucleic acids research, 23(3), 1995, pp. 540-540
THE SERUM RESPONSE FACTOR NUCLEAR-LOCALIZATION SIGNAL - GENERAL IMPLICATIONS FOR CYCLIC-AMP-DEPENDENT PROTEIN-KINASE ACTIVITY IN CONTROL OFNUCLEAR TRANSLOCATION
Authors: GAUTHIERROUVIERE C VANDROMME M LAUTREDOU N CAI QQ GIRARD F FERNANDEZ A LAMB N
Citation: C. Gauthierrouviere et al., THE SERUM RESPONSE FACTOR NUCLEAR-LOCALIZATION SIGNAL - GENERAL IMPLICATIONS FOR CYCLIC-AMP-DEPENDENT PROTEIN-KINASE ACTIVITY IN CONTROL OFNUCLEAR TRANSLOCATION, Molecular and cellular biology, 15(1), 1995, pp. 433-444
COMPARATIVE-ANALYSIS OF CELLULAR AND TISSULAR EXPRESSION OF C-FOS IN HUMAN KERATINOCYTES - EVIDENCE OF ITS ROLE IN CELL-DIFFERENTIATION
Authors: BASSETSEGUIN N DEMOLY P MOLES JP TESNIERES A GAUTHIERROUVIERE C RICHARD S BLANCHARD JM GUILHOU JJ
Citation: N. Bassetseguin et al., COMPARATIVE-ANALYSIS OF CELLULAR AND TISSULAR EXPRESSION OF C-FOS IN HUMAN KERATINOCYTES - EVIDENCE OF ITS ROLE IN CELL-DIFFERENTIATION, Oncogene, 9(3), 1994, pp. 765-771
PROMOTER ELEMENTS AND TRANSCRIPTIONAL CONTROL OF THE CHICKEN BETA-TROPOMYCIN GENE
Authors: TOUTANT M GAUTHIERROUVIERE C FISZMAN MY LEMONNIER M
Citation: M. Toutant et al., PROMOTER ELEMENTS AND TRANSCRIPTIONAL CONTROL OF THE CHICKEN BETA-TROPOMYCIN GENE, Nucleic acids research, 22(10), 1994, pp. 1838-1845
NUCLEAR IMPORT OF THE MYOGENIC FACTOR MYOD REQUIRES CAMP-DEPENDENT PROTEIN-KINASE ACTIVITY BUT NOT THE DIRECT PHOSPHORYLATION OF MYOD
Authors: VANDROMME M CARNAC G GAUTHIERROUVIERE C FESQUET D LAMB N FERNANDEZ A
Citation: M. Vandromme et al., NUCLEAR IMPORT OF THE MYOGENIC FACTOR MYOD REQUIRES CAMP-DEPENDENT PROTEIN-KINASE ACTIVITY BUT NOT THE DIRECT PHOSPHORYLATION OF MYOD, Journal of Cell Science, 107, 1994, pp. 613-620
EXPRESSION AND PURIFICATION OF THE DNA-BINDING DOMAIN OF SRF - SRF-DB, A PART OF A DNA-BINDING PROTEIN WHICH CAN ACT AS A DOMINANT-NEGATIVEMUTANT IN-VIVO
Authors: GAUTHIERROUVIERE C CAI QQ LAUTREDOU N FERNANDEZ A BLANCHARD JM LAMB NJC
Citation: C. Gauthierrouviere et al., EXPRESSION AND PURIFICATION OF THE DNA-BINDING DOMAIN OF SRF - SRF-DB, A PART OF A DNA-BINDING PROTEIN WHICH CAN ACT AS A DOMINANT-NEGATIVEMUTANT IN-VIVO, Experimental cell research, 209(2), 1993, pp. 208-215
Risultati: 1-15 |