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Results: 1-20 |
Results: 20
A NEW MODEL OF CELL-CYCLE-REGULATED TRANSCRIPTION - REPRESSION OF THECYCLIN-A PROMOTER BY CDF-1 AND ANTI-REPRESSION BY E2F
Authors: LIU NS LUCIBELLO FC ENGELAND K MULLER R
Citation: Ns. Liu et al., A NEW MODEL OF CELL-CYCLE-REGULATED TRANSCRIPTION - REPRESSION OF THECYCLIN-A PROMOTER BY CDF-1 AND ANTI-REPRESSION BY E2F, Oncogene, 16(23), 1998, pp. 2957-2963
CDF-1-MEDIATED REPRESSION OF CELL-CYCLE GENES TARGETS A SPECIFIC SUBSET OF TRANSACTIVATORS (VOL 25, PG 4926, 1997)
Authors: ZWICKER J LUCIBELLO FC JEROME V BRUSSELBACH S MULLER R
Citation: J. Zwicker et al., CDF-1-MEDIATED REPRESSION OF CELL-CYCLE GENES TARGETS A SPECIFIC SUBSET OF TRANSACTIVATORS (VOL 25, PG 4926, 1997), Nucleic acids research, 26(4), 1998, pp. 5
CELL-CYCLE-REGULATED PROMOTERS FOR THE TARGETING OF TUMOR ENDOTHELIUM
Authors: NETTELBECK DM ZWICKER J LUCIBELLO FC GROSS C LIU N ENGELAND K BRUSSELBACH S MULLER R
Citation: Dm. Nettelbeck et al., CELL-CYCLE-REGULATED PROMOTERS FOR THE TARGETING OF TUMOR ENDOTHELIUM, Cancer gene therapy, 4(5), 1997, pp. 327-328
CDF-1, A NOVEL E2F-UNRELATED FACTOR, INTERACTS WITH CELL-CYCLE-REGULATED REPRESSOR ELEMENTS IN MULTIPLE PROMOTERS
Authors: LIU NS LUCIBELLO FC KORNER K WOLFRAIM LA ZWICKER J MULLER R
Citation: Ns. Liu et al., CDF-1, A NOVEL E2F-UNRELATED FACTOR, INTERACTS WITH CELL-CYCLE-REGULATED REPRESSOR ELEMENTS IN MULTIPLE PROMOTERS, Nucleic acids research, 25(24), 1997, pp. 4915-4920
THE DIFFERENTIAL BINDING OF E2F AND CDF REPRESSOR COMPLEXES CONTRIBUTES TO THE TIMING OF CELL-CYCLE-REGULATED TRANSCRIPTION
Authors: LUCIBELLO FC LIU NS ZWICKER J GROSS C MULLER R
Citation: Fc. Lucibello et al., THE DIFFERENTIAL BINDING OF E2F AND CDF REPRESSOR COMPLEXES CONTRIBUTES TO THE TIMING OF CELL-CYCLE-REGULATED TRANSCRIPTION, Nucleic acids research, 25(24), 1997, pp. 4921-4925
CDI-1-MEDIATED REPRESSION OF CELL-CYCLE GENES TARGETS A SPECIFIC SUBSET OF TRANSACTIVATORS
Authors: ZWICKER J LUCIBELLO FC JEROME V BRUSSELBACH S MULLER R
Citation: J. Zwicker et al., CDI-1-MEDIATED REPRESSION OF CELL-CYCLE GENES TARGETS A SPECIFIC SUBSET OF TRANSACTIVATORS, Nucleic acids research, 25(24), 1997, pp. 4926-4932
CHARACTERIZATION OF THE TATA-LESS CORE PROMOTER OF THE CELL-CYCLE-REGULATED CDC25C GENE
Authors: KORNER K WOLFRAIM LA LUCIBELLO FC MULLER R
Citation: K. Korner et al., CHARACTERIZATION OF THE TATA-LESS CORE PROMOTER OF THE CELL-CYCLE-REGULATED CDC25C GENE, Nucleic acids research, 25(24), 1997, pp. 4933-4939
CELL-CYCLE-REGULATED REPRESSION OF B-MYB TRANSCRIPTION - COOPERATION OF AN E2F SITE WITH A CONTIGUOUS COREPRESSOR ELEMENT
Authors: LIU NS LUCIBELLO FC ZWICKER J ENGELAND K MULLER R
Citation: Ns. Liu et al., CELL-CYCLE-REGULATED REPRESSION OF B-MYB TRANSCRIPTION - COOPERATION OF AN E2F SITE WITH A CONTIGUOUS COREPRESSOR ELEMENT, Nucleic acids research, 24(15), 1996, pp. 2905-2910
CELL-CYCLE REGULATION OF E2F SITE OCCUPATION IN-VIVO
Authors: ZWICKER J LIU NS ENGELAND K LUCIBELLO FC MULLER R
Citation: J. Zwicker et al., CELL-CYCLE REGULATION OF E2F SITE OCCUPATION IN-VIVO, Science, 271(5255), 1996, pp. 1595-1597
CELL PROLIFERATION AND CELL-CYCLE PROGRESSION ARE NOT IMPAIRED IN FIBROBLASTS AND ES CELLS LACKING C-FOS
Authors: BRUSSELBACH S MOHLESTEINLEIN U WANG ZQ SCHREIBER M LUCIBELLO FC MULLER R WAGNER EF
Citation: S. Brusselbach et al., CELL PROLIFERATION AND CELL-CYCLE PROGRESSION ARE NOT IMPAIRED IN FIBROBLASTS AND ES CELLS LACKING C-FOS, Oncogene, 10(1), 1995, pp. 79-86
CELL-CYCLE REGULATION OF CDC25C TRANSCRIPTION IS MEDIATED BY THE PERIODIC REPRESSION OF THE GLUTAMINE-RICH ACTIVATORS NF-Y AND SP1
Authors: ZWICKER J GROSS C LUCIBELLO FC TRUSS M EHLERT F ENGELAND K MULLER R
Citation: J. Zwicker et al., CELL-CYCLE REGULATION OF CDC25C TRANSCRIPTION IS MEDIATED BY THE PERIODIC REPRESSION OF THE GLUTAMINE-RICH ACTIVATORS NF-Y AND SP1, Nucleic acids research, 23(19), 1995, pp. 3822-3830
CELL-CYCLE REGULATION OF THE CYCLIN-A, CDC25C AND CDC2 GENES IS BASEDON A COMMON MECHANISM OF TRANSCRIPTIONAL REPRESSION
Authors: ZWICKER J LUCIBELLO FC WOLFRAIM LA GROSS C TRUSS M ENGELAND K MULLER R
Citation: J. Zwicker et al., CELL-CYCLE REGULATION OF THE CYCLIN-A, CDC25C AND CDC2 GENES IS BASEDON A COMMON MECHANISM OF TRANSCRIPTIONAL REPRESSION, EMBO journal, 14(18), 1995, pp. 4514-4522
PERIODIC CDC25C TRANSCRIPTION IS MEDIATED BY A NOVEL CELL-CYCLE-REGULATED REPRESSOR ELEMENT (CDE)
Authors: LUCIBELLO FC TRUSS M ZWICKER J EHLERT F BEATO M MULLER R
Citation: Fc. Lucibello et al., PERIODIC CDC25C TRANSCRIPTION IS MEDIATED BY A NOVEL CELL-CYCLE-REGULATED REPRESSOR ELEMENT (CDE), EMBO journal, 14(1), 1995, pp. 132-142
INDUCIBLE ACCELERATION OF G(1) PROGRESSION THROUGH TETRACYCLINE-REGULATED EXPRESSION OF HUMAN CYCLIN-E
Authors: WIMMEL A LUCIBELLO FC SEWING A ADOLPH S MULLER R
Citation: A. Wimmel et al., INDUCIBLE ACCELERATION OF G(1) PROGRESSION THROUGH TETRACYCLINE-REGULATED EXPRESSION OF HUMAN CYCLIN-E, Oncogene, 9(3), 1994, pp. 995-997
ONCOGENIC ACTIVITY OF CYCLIN D1 REVEALED THROUGH COOPERATION WITH HA-RAS - LINK BETWEEN CELL-CYCLE CONTROL AND MALIGNANT TRANSFORMATION
Authors: LOVEC H SEWING A LUCIBELLO FC MULLER R MOROY T
Citation: H. Lovec et al., ONCOGENIC ACTIVITY OF CYCLIN D1 REVEALED THROUGH COOPERATION WITH HA-RAS - LINK BETWEEN CELL-CYCLE CONTROL AND MALIGNANT TRANSFORMATION, Oncogene, 9(1), 1994, pp. 323-326
IDENTIFICATION OF SERUM-INDUCIBLE GENES - DIFFERENT PATTERNS OF GENE-REGULATION DURING G(0)-]S AND G(1)-]S PROGRESSION
Authors: WICK M BURGER C BRUSSELBACH S LUCIBELLO FC MULLER R
Citation: M. Wick et al., IDENTIFICATION OF SERUM-INDUCIBLE GENES - DIFFERENT PATTERNS OF GENE-REGULATION DURING G(0)-]S AND G(1)-]S PROGRESSION, Journal of Cell Science, 107, 1994, pp. 227-239
A NOVEL MEMBER OF HUMAN TISSUE INHIBITOR OF METALLOPROTEINASES (TIMP)GENE FAMILY IS REGULATED DURING G(1) PROGRESSION, MITOGENIC STIMULATION, DIFFERENTIATION, AND SENESCENCE
Authors: WICK M BURGER C BRUSSELBACH S LUCIBELLO FC MULLER R
Citation: M. Wick et al., A NOVEL MEMBER OF HUMAN TISSUE INHIBITOR OF METALLOPROTEINASES (TIMP)GENE FAMILY IS REGULATED DURING G(1) PROGRESSION, MITOGENIC STIMULATION, DIFFERENTIATION, AND SENESCENCE, The Journal of biological chemistry, 269(29), 1994, pp. 18953-18960
SUPPRESSION OF THE GROWTH FACTOR-MEDIATED INDUCTION OF C-FOS AND DOWN-MODULATION OF AP-1-BINDING ACTIVITY ARE NOT REQUIRED FOR CELLULAR SENESCENCE
Authors: LUCIBELLO FC BRUSSELBACH S SEWING A MULLER R
Citation: Fc. Lucibello et al., SUPPRESSION OF THE GROWTH FACTOR-MEDIATED INDUCTION OF C-FOS AND DOWN-MODULATION OF AP-1-BINDING ACTIVITY ARE NOT REQUIRED FOR CELLULAR SENESCENCE, Oncogene, 8(6), 1993, pp. 1667-1672
DEREGULATION OF CYCLIN-D1 AND CYCLIN-E AND SUPPRESSION OF CDK2 AND CDK4 IN SENESCENT HUMAN FIBROBLASTS
Authors: LUCIBELLO FC SEWING A BRUSSELBACH S BURGER C MULLER R
Citation: Fc. Lucibello et al., DEREGULATION OF CYCLIN-D1 AND CYCLIN-E AND SUPPRESSION OF CDK2 AND CDK4 IN SENESCENT HUMAN FIBROBLASTS, Journal of Cell Science, 105, 1993, pp. 123-133
SIGNALS AND GENES IN THE CONTROL OF CELL-CYCLE PROGRESSION
Authors: MULLER R MUMBERG D LUCIBELLO FC
Citation: R. Muller et al., SIGNALS AND GENES IN THE CONTROL OF CELL-CYCLE PROGRESSION, Biochimica et biophysica acta, 1155(2), 1993, pp. 151-179
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