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Results: 1-9 |
Results: 9
PROTEOLYSIS AND THE G(1)-S TRANSITION - THE SCF CONNECTION
Authors: KREK W
Citation: W. Krek, PROTEOLYSIS AND THE G(1)-S TRANSITION - THE SCF CONNECTION, Current opinion in genetics & development, 8(1), 1998, pp. 36-42
ASSOCIATION OF HUMAN CUL-1 AND UBIQUITIN-CONJUGATING ENZYME CDC34 WITH THE F-BOX PROTEIN P45(SKP2) - EVIDENCE FOR EVOLUTIONARY CONSERVATIONIN THE SUBUNIT COMPOSITION OF THE CDC34-SCF PATHWAY
Authors: LISZTWAN J MARTI A SUTTERLUTY H GSTAIGER M WIRBELAUER C KREK W
Citation: J. Lisztwan et al., ASSOCIATION OF HUMAN CUL-1 AND UBIQUITIN-CONJUGATING ENZYME CDC34 WITH THE F-BOX PROTEIN P45(SKP2) - EVIDENCE FOR EVOLUTIONARY CONSERVATIONIN THE SUBUNIT COMPOSITION OF THE CDC34-SCF PATHWAY, EMBO journal, 17(2), 1998, pp. 368-383
EFFECT OF E2F-1 AND E2F-1-MUTANTS ON THE CELLULAR-SURVIVAL AND RADIOSENSITIVITY
Authors: PRUSCHY M GLANZMANN C WIRBELAUER C BODIS S KREK W
Citation: M. Pruschy et al., EFFECT OF E2F-1 AND E2F-1-MUTANTS ON THE CELLULAR-SURVIVAL AND RADIOSENSITIVITY, European journal of cancer, 33, 1997, pp. 81-81
CYCLIN-A CDK2 REGULATION OF P45(SKP2) P19(SKP1) INTERACTION/
Authors: MARTI A LISZTWAN J SUTTERLUETTY H WIRBELAUER C GSTAIGER M KREK W
Citation: A. Marti et al., CYCLIN-A CDK2 REGULATION OF P45(SKP2) P19(SKP1) INTERACTION/, European journal of cell biology, 72, 1997, pp. 24-24
CDP CUT IS THE DNA-BINDING SUBUNIT OF HISTONE GENE-TRANSCRIPTION FACTOR HINF-D - A MECHANISM FOR GENE-REGULATION AT THE G(1)/S PHASE CELL-CYCLE TRANSITION POINT INDEPENDENT OF TRANSCRIPTION FACTOR E2F/
Authors: VANWIJNEN AJ VANGURP MF DERIDDER MC TUFARELLI C LAST TJ BIRNBAUM M VAUGHAN PS GIORDANO A KREK W NEUFELD EJ STEIN JL STEIN GS
Citation: Aj. Vanwijnen et al., CDP CUT IS THE DNA-BINDING SUBUNIT OF HISTONE GENE-TRANSCRIPTION FACTOR HINF-D - A MECHANISM FOR GENE-REGULATION AT THE G(1)/S PHASE CELL-CYCLE TRANSITION POINT INDEPENDENT OF TRANSCRIPTION FACTOR E2F/, Proceedings of the National Academy of Sciences of the United Statesof America, 93(21), 1996, pp. 11516-11521
CYCLIN A-KINASE REGULATION OF E2F-1 DNA-BINDING FUNCTION UNDERLIES SUPPRESSION OF AN S-PHASE CHECKPOINT
Authors: KREK W XU GF LIVINGSTON DM
Citation: W. Krek et al., CYCLIN A-KINASE REGULATION OF E2F-1 DNA-BINDING FUNCTION UNDERLIES SUPPRESSION OF AN S-PHASE CHECKPOINT, Cell, 83(7), 1995, pp. 1149-1158
MULTIPLE MEMBERS OF THE E2F TRANSCRIPTION FACTOR FAMILY ARE THE PRODUCTS OF ONCOGENES
Authors: XU GF LIVINGSTON DM KREK W
Citation: Gf. Xu et al., MULTIPLE MEMBERS OF THE E2F TRANSCRIPTION FACTOR FAMILY ARE THE PRODUCTS OF ONCOGENES, Proceedings of the National Academy of Sciences of the United Statesof America, 92(5), 1995, pp. 1357-1361
NEGATIVE REGULATION OF THE GROWTH-PROMOTING TRANSCRIPTION FACTOR E2F-1 BY A STABLY BOUND CYCLIN A-DEPENDENT PROTEIN-KINASE
Authors: KREK W EWEN ME SHIRODKAR S ARANY Z KAELIN WG LIVINGSTON DM
Citation: W. Krek et al., NEGATIVE REGULATION OF THE GROWTH-PROMOTING TRANSCRIPTION FACTOR E2F-1 BY A STABLY BOUND CYCLIN A-DEPENDENT PROTEIN-KINASE, Cell, 78(1), 1994, pp. 161-172
BINDING TO DNA AND THE RETINOBLASTOMA GENE-PRODUCT PROMOTED BY COMPLEX-FORMATION OF DIFFERENT E2F FAMILY MEMBERS
Authors: KREK W LIVINGSTON DM SHIRODKAR S
Citation: W. Krek et al., BINDING TO DNA AND THE RETINOBLASTOMA GENE-PRODUCT PROMOTED BY COMPLEX-FORMATION OF DIFFERENT E2F FAMILY MEMBERS, Science, 262(5139), 1993, pp. 1557-1560
Risultati: 1-9 |