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Results: 1-9 |
Results: 9
THE FISSION YEAST MITOTIC REGULATOR WIN1(+) ENCODES AN MAP KINASE KINASE KINASE THAT PHOSPHORYLATES AND ACTIVATES WIS1 MAP KINASE KINASE INRESPONSE TO HIGH OSMOLARITY
Authors: SAMEJIMA I MACKIE S WARBRICK E WEISMAN R FANTES PA
Citation: I. Samejima et al., THE FISSION YEAST MITOTIC REGULATOR WIN1(+) ENCODES AN MAP KINASE KINASE KINASE THAT PHOSPHORYLATES AND ACTIVATES WIS1 MAP KINASE KINASE INRESPONSE TO HIGH OSMOLARITY, Molecular biology of the cell, 9(8), 1998, pp. 2325-2335
MULTIPLE-MODES OF ACTIVATION OF THE STRESS-RESPONSIVE MAP KINASE PATHWAY IN FISSION YEAST
Authors: SAMEJIMA I MACKIE S FANTES PA
Citation: I. Samejima et al., MULTIPLE-MODES OF ACTIVATION OF THE STRESS-RESPONSIVE MAP KINASE PATHWAY IN FISSION YEAST, EMBO journal, 16(20), 1997, pp. 6162-6170
20S CYCLOSOME COMPLEX-FORMATION AND PROTEOLYTIC ACTIVITY INHIBITED BYTHE CAMP PKA PATHWAY/
Authors: YAMASHITA YM NAKASEKO Y SAMEJIMA I KUMADA K YAMADA H MICHAELSON D YANAGIDA M
Citation: Ym. Yamashita et al., 20S CYCLOSOME COMPLEX-FORMATION AND PROTEOLYTIC ACTIVITY INHIBITED BYTHE CAMP PKA PATHWAY/, Nature, 384(6606), 1996, pp. 276-279
A NITROGEN STARVATION-INDUCED DORMANT G(0) STATE IN FISSION YEAST - THE ESTABLISHMENT FROM UNCOMMITTED G(1) STATE AND ITS DELAY FOR RETURN TO PROLIFERATION
Authors: SU SSY TANAKA Y SAMEJIMA I TANAKA K YANAGIDA M
Citation: Ssy. Su et al., A NITROGEN STARVATION-INDUCED DORMANT G(0) STATE IN FISSION YEAST - THE ESTABLISHMENT FROM UNCOMMITTED G(1) STATE AND ITS DELAY FOR RETURN TO PROLIFERATION, Journal of Cell Science, 109, 1996, pp. 1347-1357
IDENTIFICATION OF CUT8(-KINASE GENE, WHICH COMPLEMENT A FISSION YEASTMUTATION THAT BLOCKS ANAPHASE() AND CEK1(+), A NOVEL PROTEIN)
Authors: SAMEJIMA I YANAGIDA M
Citation: I. Samejima et M. Yanagida, IDENTIFICATION OF CUT8(-KINASE GENE, WHICH COMPLEMENT A FISSION YEASTMUTATION THAT BLOCKS ANAPHASE() AND CEK1(+), A NOVEL PROTEIN), Molecular and cellular biology, 14(9), 1994, pp. 6361-6371
IDENTIFICATION OF CUT8(-KINASE GENE, WHICH COMPLEMENT A FISSION YEASTMUTATION THAT BLOCKS ANAPHASE (VOL 14, PG 6361, 1994)() AND CEK1(+), A NOVEL PROTEIN)
Authors: SAMEJIMA I YANAGIDA M
Citation: I. Samejima et M. Yanagida, IDENTIFICATION OF CUT8(-KINASE GENE, WHICH COMPLEMENT A FISSION YEASTMUTATION THAT BLOCKS ANAPHASE (VOL 14, PG 6361, 1994)() AND CEK1(+), A NOVEL PROTEIN), Molecular and cellular biology, 14(11), 1994, pp. 7683-7683
BYPASSING ANAPHASE BY FISSION YEAST CUT9 MUTATION - REQUIREMENT OF CUT9(+) TO INITIATE ANAPHASE
Authors: SAMEJIMA I YANAGIDA M
Citation: I. Samejima et M. Yanagida, BYPASSING ANAPHASE BY FISSION YEAST CUT9 MUTATION - REQUIREMENT OF CUT9(+) TO INITIATE ANAPHASE, The Journal of cell biology, 127(6), 1994, pp. 1655-1670
FISSION YEAST GENES NDA1(-PHASE BLOCK, CHROMATIN ALTERATION AND CA2+ SUPPRESSION, ARE MEMBERS OF THE CDC46() AND NDA4(+), MUTATIONS OF WHICH LEAD TO S)MCM2 FAMILY/
Authors: MIYAKE S OKISHIO N SAMEJIMA I HIRAOKA Y TODA T SAITOH I YANAGIDA M
Citation: S. Miyake et al., FISSION YEAST GENES NDA1(-PHASE BLOCK, CHROMATIN ALTERATION AND CA2+ SUPPRESSION, ARE MEMBERS OF THE CDC46() AND NDA4(+), MUTATIONS OF WHICH LEAD TO S)MCM2 FAMILY/, Molecular biology of the cell, 4(10), 1993, pp. 1003-1015
IDENTIFICATION OF 7 NEW CUT GENES INVOLVED IN SCHIZOSACCHAROMYCES-POMBE MITOSIS
Authors: SAMEJIMA I MATSUMOTO T NAKASEKO Y BEACH D YANAGIDA M
Citation: I. Samejima et al., IDENTIFICATION OF 7 NEW CUT GENES INVOLVED IN SCHIZOSACCHAROMYCES-POMBE MITOSIS, Journal of Cell Science, 105, 1993, pp. 135-143
Risultati: 1-9 |