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Results: 1-12 |
Results: 12
SWI5 CONTROLS A NOVEL WAVE OF CYCLIN SYNTHESIS IN LATE MITOSIS
Authors: AERNE BL JOHNSON AL TOYN JH JOHNSTON LH
Citation: Bl. Aerne et al., SWI5 CONTROLS A NOVEL WAVE OF CYCLIN SYNTHESIS IN LATE MITOSIS, Molecular biology of the cell, 9(4), 1998, pp. 945-956
DBF2 PROTEIN-KINASE BINDS TO AND ACTS THROUGH THE CELL-CYCLE-REGULATED MOB1 PROTEIN
Authors: KOMARNITSKY SI CHIANG YC LUCA FC CHEN JJ TOYN JH WINEY M JOHNSTON LH DENIS CL
Citation: Si. Komarnitsky et al., DBF2 PROTEIN-KINASE BINDS TO AND ACTS THROUGH THE CELL-CYCLE-REGULATED MOB1 PROTEIN, Molecular and cellular biology, 18(4), 1998, pp. 2100-2107
DNA-REPLICATION IS COMPLETED IN SACCHAROMYCES-CEREVISIAE CELLS THAT LACK FUNCTIONAL CDC14, A DUAL-SPECIFICITY PROTEIN PHOSPHATASE
Authors: FITZPATRICK PJ TOYN JH MILLAR JBA JOHNSTON LH
Citation: Pj. Fitzpatrick et al., DNA-REPLICATION IS COMPLETED IN SACCHAROMYCES-CEREVISIAE CELLS THAT LACK FUNCTIONAL CDC14, A DUAL-SPECIFICITY PROTEIN PHOSPHATASE, MGG. Molecular & general genetics, 258(4), 1998, pp. 437-441
DBF2, A CELL-CYCLE-REGULATED PROTEIN-KINASE, IS PHYSICALLY AND FUNCTIONALLY ASSOCIATED WITH THE CCR4 TRANSCRIPTIONAL REGULATORY COMPLEX
Authors: LIU HY TOYN JH CHIANG YC DRAPER MP JOHNSTON LH DENIS CL
Citation: Hy. Liu et al., DBF2, A CELL-CYCLE-REGULATED PROTEIN-KINASE, IS PHYSICALLY AND FUNCTIONALLY ASSOCIATED WITH THE CCR4 TRANSCRIPTIONAL REGULATORY COMPLEX, EMBO journal, 16(17), 1997, pp. 5289-5298
THE SWI5 TRANSCRIPTION FACTOR OF SACCHAROMYCES-CEREVISIAE HAS A ROLE IN EXIT FROM MITOSIS THROUGH INDUCTION OF THE CDK-INHIBITOR SIC1 IN TELOPHASE
Authors: TOYN JH JOHNSON AL DONOVAN JD TOONE WM JOHNSTON LH
Citation: Jh. Toyn et al., THE SWI5 TRANSCRIPTION FACTOR OF SACCHAROMYCES-CEREVISIAE HAS A ROLE IN EXIT FROM MITOSIS THROUGH INDUCTION OF THE CDK-INHIBITOR SIC1 IN TELOPHASE, Genetics, 145(1), 1997, pp. 85-96
THE ACTIVATION OF DNA-REPLICATION IN YEAST
Authors: TOYN JH TOONE WM MORGAN BA JOHNSTON LH
Citation: Jh. Toyn et al., THE ACTIVATION OF DNA-REPLICATION IN YEAST, Trends in biochemical sciences, 20(2), 1995, pp. 70-73
SEGREGATION OF UNREPLICATED CHROMOSOMES IN SACCHAROMYCES-CEREVISIAE REVEALS A NOVEL G(1) M-PHASE CHECKPOINT/
Authors: TOYN JH JOHNSON AL JOHNSTON LH
Citation: Jh. Toyn et al., SEGREGATION OF UNREPLICATED CHROMOSOMES IN SACCHAROMYCES-CEREVISIAE REVEALS A NOVEL G(1) M-PHASE CHECKPOINT/, Molecular and cellular biology, 15(10), 1995, pp. 5312-5321
RME1, A NEGATIVE REGULATOR OF MEIOSIS, IS ALSO A POSITIVE ACTIVATOR OF G(1) CYCLIN GENE-EXPRESSION
Authors: TOONE WM JOHNSON L BANKS GR TOYN JH STUART D WITTENBERG C JOHNSTON LH
Citation: Wm. Toone et al., RME1, A NEGATIVE REGULATOR OF MEIOSIS, IS ALSO A POSITIVE ACTIVATOR OF G(1) CYCLIN GENE-EXPRESSION, EMBO journal, 14(23), 1995, pp. 5824-5832
P40(SDB25), A PUTATIVE CDK INHIBITOR, HAS A ROLE IN THE M G(1) TRANSITION IN SACCHAROMYCES-CEREVISIAE/
Authors: DONOVAN JD TOYN JH JOHNSON AL JOHNSTON LH
Citation: Jd. Donovan et al., P40(SDB25), A PUTATIVE CDK INHIBITOR, HAS A ROLE IN THE M G(1) TRANSITION IN SACCHAROMYCES-CEREVISIAE/, Genes & development, 8(14), 1994, pp. 1640-1653
THE BUDDING YEAST U5 SNRNP PRP8 IS A HIGHLY CONSERVED PROTEIN WHICH LINKS RNA SPLICING WITH CELL-CYCLE PROGRESSION
Authors: SHEA JE TOYN JH JOHNSTON LH
Citation: Je. Shea et al., THE BUDDING YEAST U5 SNRNP PRP8 IS A HIGHLY CONSERVED PROTEIN WHICH LINKS RNA SPLICING WITH CELL-CYCLE PROGRESSION, Nucleic acids research, 22(25), 1994, pp. 5555-5564
THE DBF2 AND DBF20 PROTEIN-KINASES OF BUDDING YEAST ARE ACTIVATED AFTER THE METAPHASE TO ANAPHASE CELL-CYCLE TRANSITION
Authors: TOYN JH JOHNSTON LH
Citation: Jh. Toyn et Lh. Johnston, THE DBF2 AND DBF20 PROTEIN-KINASES OF BUDDING YEAST ARE ACTIVATED AFTER THE METAPHASE TO ANAPHASE CELL-CYCLE TRANSITION, EMBO journal, 13(5), 1994, pp. 1103-1113
SPO12 IS A LIMITING FACTOR THAT INTERACTS WITH THE CELL-CYCLE PROTEIN-KINASES DBF2 AND DBF20, WHICH ARE INVOLVED IN MITOTIC CHROMATID DISJUNCTION
Authors: TOYN JH JOHNSTON LH
Citation: Jh. Toyn et Lh. Johnston, SPO12 IS A LIMITING FACTOR THAT INTERACTS WITH THE CELL-CYCLE PROTEIN-KINASES DBF2 AND DBF20, WHICH ARE INVOLVED IN MITOTIC CHROMATID DISJUNCTION, Genetics, 135(4), 1993, pp. 963-971
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