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Results: 1-10 |
Results: 10
MULTIPLE PHOSPHORYLATION SITES AND QUATERNARY ORGANIZATION OF GUANINE-NUCLEOTIDE EXCHANGE COMPLEX OF ELONGATION FACTOR-I (EF-1-BETA-GAMMA-DELTA VALRS) CONTROL THE VARIOUS FUNCTIONS OF EF-1-ALPHA/
Authors: MINELLA O MULNERLORILLON O BEC G CORMIER P BELLE R
Citation: O. Minella et al., MULTIPLE PHOSPHORYLATION SITES AND QUATERNARY ORGANIZATION OF GUANINE-NUCLEOTIDE EXCHANGE COMPLEX OF ELONGATION FACTOR-I (EF-1-BETA-GAMMA-DELTA VALRS) CONTROL THE VARIOUS FUNCTIONS OF EF-1-ALPHA/, Bioscience reports, 18(3), 1998, pp. 119-127
DEVELOPMENTAL REGULATION OF ELONGATION FACTOR-1-DELTA IN SEA-URCHIN SUGGESTS APPEARANCE OF A MECHANISM FOR ALTERNATIVE POLY(A) SITE SELECTION IN GASTRULAE
Authors: DELALANDE C MONNIER A MINELLA O GENEVIERE AM MULNERLORILLON O BELLE R CORMIER P
Citation: C. Delalande et al., DEVELOPMENTAL REGULATION OF ELONGATION FACTOR-1-DELTA IN SEA-URCHIN SUGGESTS APPEARANCE OF A MECHANISM FOR ALTERNATIVE POLY(A) SITE SELECTION IN GASTRULAE, Experimental cell research, 242(1), 1998, pp. 228-234
MRNP3 AND MRNP4 ARE PHOSPHORYLATABLE BY CASEIN KINASE-II IN XENOPUS OOCYTES, BUT PHOSPHORYLATION DOES NOT MODIFY RNA-BINDING AFFINITY
Authors: DESCHAMPS S JACQUEMINSABLON H TRIQUENEAUX G MULNERLORILLON O POTIER M LECAER JP DAUTRY F LEMAIRE M
Citation: S. Deschamps et al., MRNP3 AND MRNP4 ARE PHOSPHORYLATABLE BY CASEIN KINASE-II IN XENOPUS OOCYTES, BUT PHOSPHORYLATION DOES NOT MODIFY RNA-BINDING AFFINITY, FEBS letters, 412(3), 1997, pp. 495-500
MAJOR INTRACELLULAR-LOCALIZATION OF ELONGATION FACTOR-I
Authors: MINELLA O MULNERLORILLON O DESMEDT V HOURDEZ S CORMIER P BELLE R
Citation: O. Minella et al., MAJOR INTRACELLULAR-LOCALIZATION OF ELONGATION FACTOR-I, Cellular and molecular biology, 42(6), 1996, pp. 805-810
THE GUANINE-NUCLEOTIDE-EXCHANGE COMPLEX (EF-1-BETA-GAMMA-DELTA) OF ELONGATION FACTOR-I CONTAINS 2 SIMILAR LEUCINE-ZIPPER PROTEINS EF-1-DELTA, P34 ENCODED BY EF-1-DELTA(1) AND P36 ENCODED BY EF-1-DELTA(2)
Authors: MINELLA O MULNERLORILLON O POULHE R BELLE R CORMIER P
Citation: O. Minella et al., THE GUANINE-NUCLEOTIDE-EXCHANGE COMPLEX (EF-1-BETA-GAMMA-DELTA) OF ELONGATION FACTOR-I CONTAINS 2 SIMILAR LEUCINE-ZIPPER PROTEINS EF-1-DELTA, P34 ENCODED BY EF-1-DELTA(1) AND P36 ENCODED BY EF-1-DELTA(2), European journal of biochemistry, 237(3), 1996, pp. 685-690
CELLULAR EFFECTS OF OLOMOUCINE, AN INHIBITOR OF CYCLIN-DEPENDENT KINASES
Authors: ABRAHAM RT ACQUARONE M ANDERSEN A ASENSI A BELLE R BERGER F BERGOUNIOUX C BRUNN G BUQUETFAGOT C FAGOT D GLAB N GOUDEAU H GOUDEAU M GUERRIER P HOUGHTON P HENDRIKS H KLOAREG B LIPPAI M MARIE D MARO B MEIJER L MESTER J MULNERLORILLON O POULET SA SCHIERENBERG E SCHUTTE B VAULOT D VERLHAC MH
Citation: Rt. Abraham et al., CELLULAR EFFECTS OF OLOMOUCINE, AN INHIBITOR OF CYCLIN-DEPENDENT KINASES, Biology of the cell, 83(2-3), 1995, pp. 105-120
BREFELDIN-A PROVOKES INDIRECT ACTIVATION OF CDC2 KINASE (MPF) IN XENOPUS OOCYTES, RESULTING IN MEIOTIC CELL-DIVISION
Authors: MULNERLORILLON O BELLE R CORMIER P DREWING S MINELLA O POULHE R SCHMALZING G
Citation: O. Mulnerlorillon et al., BREFELDIN-A PROVOKES INDIRECT ACTIVATION OF CDC2 KINASE (MPF) IN XENOPUS OOCYTES, RESULTING IN MEIOTIC CELL-DIVISION, Developmental biology, 170(1), 1995, pp. 223-229
CDC2 KINASE SETS A MEMORY PHOSPHORYLATION SIGNAL ON ELONGATION-FACTOREF-1-DELTA DURING MEIOTIC CELL-DIVISION, WHICH PERDURES IN EARLY DEVELOPMENT
Authors: MINELLA O CORMIER P MORALES J POULHE R BELLE R MULNERLORILLON O
Citation: O. Minella et al., CDC2 KINASE SETS A MEMORY PHOSPHORYLATION SIGNAL ON ELONGATION-FACTOREF-1-DELTA DURING MEIOTIC CELL-DIVISION, WHICH PERDURES IN EARLY DEVELOPMENT, Cellular and molecular biology, 40(4), 1994, pp. 521-525
ELONGATION-FACTOR EF-1-DELTA, A NEW TARGET FOR MATURATION-PROMOTING FACTOR IN XENOPUS-OOCYTES
Authors: MULNERLORILLON O MINELLA O CORMIER P CAPONY JP CAVADORE JC MORALES J POULHE R BELLE R
Citation: O. Mulnerlorillon et al., ELONGATION-FACTOR EF-1-DELTA, A NEW TARGET FOR MATURATION-PROMOTING FACTOR IN XENOPUS-OOCYTES, The Journal of biological chemistry, 269(31), 1994, pp. 20201-20207
EXPRESSION OF ELONGATION-FACTOR 1-ALPHA (EF-1-ALPHA) AND 1-BETA-GAMMA(EF-1-BETA-GAMMA) ARE UNCOUPLED IN EARLY XENOPUS-EMBRYOS
Authors: MORALES J BASSEZ T CORMIER P MULNERLORILLON O BELLE R OSBORNE HB
Citation: J. Morales et al., EXPRESSION OF ELONGATION-FACTOR 1-ALPHA (EF-1-ALPHA) AND 1-BETA-GAMMA(EF-1-BETA-GAMMA) ARE UNCOUPLED IN EARLY XENOPUS-EMBRYOS, Developmental genetics, 14(6), 1993, pp. 440-448
Risultati: 1-10 |