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Results: 1-11 |
Results: 11
THE SAM KINASE PATHWAY - AN INTEGRATED-CIRCUIT FOR STRESS SIGNALING IN PLANTS
Authors: MESKIENE I LIGTERINK W BOGRE L JONAK C KIEGERL S BALOG J EKLOF S AMMERER G HIRT H
Citation: I. Meskiene et al., THE SAM KINASE PATHWAY - AN INTEGRATED-CIRCUIT FOR STRESS SIGNALING IN PLANTS, Journal of plant research, 111(1102), 1998, pp. 339-344
NUCLEAR-LOCALIZATION OF THE C2H2 ZINC-FINGER PROTEIN MSN2P IS REGULATED BY STRESS AND PROTEIN-KINASE-A ACTIVITY
Authors: GORNER W DURCHSCHLAG E MARTINEZPASTOR MT ESTRUCH F AMMERER G HAMILTON B RUIS H SCHULLER C
Citation: W. Gorner et al., NUCLEAR-LOCALIZATION OF THE C2H2 ZINC-FINGER PROTEIN MSN2P IS REGULATED BY STRESS AND PROTEIN-KINASE-A ACTIVITY, Genes & development, 12(4), 1998, pp. 586-597
PHEROMONE-DEPENDENT G(1) CELL-CYCLE ARREST REQUIRES FAR1 PHOSPHORYLATION, BUT MAY NOT INVOLVE INHIBITION OF CDC28-CLN2 KINASE, IN-VIVO
Authors: GARTNER A JOVANOVIC A JEOUNG DI BOURLAT S CROSS FR AMMERER G
Citation: A. Gartner et al., PHEROMONE-DEPENDENT G(1) CELL-CYCLE ARREST REQUIRES FAR1 PHOSPHORYLATION, BUT MAY NOT INVOLVE INHIBITION OF CDC28-CLN2 KINASE, IN-VIVO, Molecular and cellular biology, 18(7), 1998, pp. 3681-3691
MP2C, A PLANT PROTEIN PHOSPHATASE 2C, FUNCTIONS AS A NEGATIVE REGULATOR OF MITOGEN-ACTIVATED PROTEIN-KINASE PATHWAYS IN YEAST AND PLANTS
Authors: MESKIENE I BOGRE L GLASER W BALOG J BRANDSTOTTER M ZWERGER K AMMERER G HIRT H
Citation: I. Meskiene et al., MP2C, A PLANT PROTEIN PHOSPHATASE 2C, FUNCTIONS AS A NEGATIVE REGULATOR OF MITOGEN-ACTIVATED PROTEIN-KINASE PATHWAYS IN YEAST AND PLANTS, Proceedings of the National Academy of Sciences of the United Statesof America, 95(4), 1998, pp. 1938-1943
OVEREXPRESSION OF THE G(1)-CYCLIN GENE CLN2 REPRESSES THE MATING PATHWAY IN SACCHAROMYCES-CEREVISIAE AT THE LEVEL OF THE MEKK STE11
Authors: WASSMANN K AMMERER G
Citation: K. Wassmann et G. Ammerer, OVEREXPRESSION OF THE G(1)-CYCLIN GENE CLN2 REPRESSES THE MATING PATHWAY IN SACCHAROMYCES-CEREVISIAE AT THE LEVEL OF THE MEKK STE11, The Journal of biological chemistry, 272(20), 1997, pp. 13180-13188
SWITCHING TRANSCRIPTION ON AND OFF DURING THE YEAST-CELL CYCLE - CLN CDC28 KINASES ACTIVATE BOUND TRANSCRIPTION FACTOR SBF (SWI4/SWI6) AT START, WHEREAS CLB/CDC28 KINASES DISPLACE IT FROM THE PROMOTER IN G(2)/
Authors: KOCH C SCHLEIFFER A AMMERER G NASMYTH K
Citation: C. Koch et al., SWITCHING TRANSCRIPTION ON AND OFF DURING THE YEAST-CELL CYCLE - CLN CDC28 KINASES ACTIVATE BOUND TRANSCRIPTION FACTOR SBF (SWI4/SWI6) AT START, WHEREAS CLB/CDC28 KINASES DISPLACE IT FROM THE PROMOTER IN G(2)/, Genes & development, 10(2), 1996, pp. 129-141
CYCMS3, A NOVEL B-TYPE ALFALFA CYCLIN GENE, IS INDUCED IN THE G(0)-TO-G(1) TRANSITION OF THE CELL-CYCLE
Authors: MESKIENE I BOGRE L DAHL M PIRCK M HA DTC SWOBODA I HEBERLEBORS E AMMERER G HIRT H
Citation: I. Meskiene et al., CYCMS3, A NOVEL B-TYPE ALFALFA CYCLIN GENE, IS INDUCED IN THE G(0)-TO-G(1) TRANSITION OF THE CELL-CYCLE, The Plant cell, 7(6), 1995, pp. 759-771
MUTATION OF RGA1, WHICH ENCODES A PUTATIVE GTPASE-ACTIVATING PROTEIN FOR THE POLARITY-ESTABLISHMENT PROTEIN CDC42P, ACTIVATES THE PHEROMONE-RESPONSE PATHWAY IN THE YEAST SACCHAROMYCES-CEREVISIAE
Authors: STEVENSON BJ FERGUSON B DEVIRGILIO C BI E PRINGLE JR AMMERER G SPRAGUE GF
Citation: Bj. Stevenson et al., MUTATION OF RGA1, WHICH ENCODES A PUTATIVE GTPASE-ACTIVATING PROTEIN FOR THE POLARITY-ESTABLISHMENT PROTEIN CDC42P, ACTIVATES THE PHEROMONE-RESPONSE PATHWAY IN THE YEAST SACCHAROMYCES-CEREVISIAE, Genes & development, 9(23), 1995, pp. 2949-2963
MCM1 IS REQUIRED TO COORDINATE G(2)-SPECIFIC TRANSCRIPTION IN SACCHAROMYCES-CEREVISIAE
Authors: ALTHOEFER H SCHLEIFFER A WASSMANN K NORDHEIM A AMMERER G
Citation: H. Althoefer et al., MCM1 IS REQUIRED TO COORDINATE G(2)-SPECIFIC TRANSCRIPTION IN SACCHAROMYCES-CEREVISIAE, Molecular and cellular biology, 15(11), 1995, pp. 5917-5928
MSG5, A NOVEL PROTEIN PHOSPHATASE PROMOTES ADAPTATION TO PHEROMONE RESPONSE IN SACCHAROMYCES-CEREVISIAE
Authors: DOI K GARTNER A AMMERER G ERREDE B SHINKAWA H SUGIMOTO K MATSUMOTO K
Citation: K. Doi et al., MSG5, A NOVEL PROTEIN PHOSPHATASE PROMOTES ADAPTATION TO PHEROMONE RESPONSE IN SACCHAROMYCES-CEREVISIAE, EMBO journal, 13(1), 1994, pp. 61-70
FAR1 LINKS THE SIGNAL-TRANSDUCTION PATHWAY TO THE CELL-CYCLE MACHINERY IN YEAST
Authors: PETER M GARTNER A HORECKA J AMMERER G HERSKOWITZ I
Citation: M. Peter et al., FAR1 LINKS THE SIGNAL-TRANSDUCTION PATHWAY TO THE CELL-CYCLE MACHINERY IN YEAST, Cell, 73(4), 1993, pp. 747-760
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