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Results: 1-10 |
Results: 10
EFFECT OF CYCLINS AND CDKS ON THE CYCLIN B1 PROMOTER ACTIVATION
Authors: MORO A ZERFASS K JOSWIG S JANSENDUERR P
Citation: A. Moro et al., EFFECT OF CYCLINS AND CDKS ON THE CYCLIN B1 PROMOTER ACTIVATION, Biochemistry and molecular biology international, 41(5), 1997, pp. 919-924
UGA SUPPRESSION BY TRNA(CMCA)(TRP) OCCURS IN DIVERSE VIRUS RNAS DUE TO A LIMITED INFLUENCE OF THE CODON CONTEXT
Authors: URBAN C ZERFASS K FINGERHUT C BEIER H
Citation: C. Urban et al., UGA SUPPRESSION BY TRNA(CMCA)(TRP) OCCURS IN DIVERSE VIRUS RNAS DUE TO A LIMITED INFLUENCE OF THE CODON CONTEXT, Nucleic acids research, 24(17), 1996, pp. 3424-3430
ADENOVIRUS E1A ACTIVATES CYCLIN-A GENE-TRANSCRIPTION IN THE ABSENCE OF GROWTH-FACTORS THROUGH INTERACTION WITH P107
Authors: ZERFASS K SPITKOVSKY D SCHULZE A JOSWIG S HENGLEIN B JANSENDURR P
Citation: K. Zerfass et al., ADENOVIRUS E1A ACTIVATES CYCLIN-A GENE-TRANSCRIPTION IN THE ABSENCE OF GROWTH-FACTORS THROUGH INTERACTION WITH P107, Journal of virology, 70(4), 1996, pp. 2637-2642
TRANSCRIPTIONAL CONTROL OF THE HTF9-A RANBP-1 GENE DURING THE CELL-CYCLE/
Authors: DIMATTEO G FUSCHI P ZERFASS K MORETTI S RICORDY R CENCIARELLI C TRIPODI M JANSENDURR P LAVIA P
Citation: G. Dimatteo et al., TRANSCRIPTIONAL CONTROL OF THE HTF9-A RANBP-1 GENE DURING THE CELL-CYCLE/, Cell growth & differentiation, 6(10), 1995, pp. 1213-1224
REGULATION OF CYCLIN A TRANSCRIPTION BY CYCLIN D1 AND BY VIRAL ONCOGENES
Authors: JANSENDURR P ZWERSCHKE W SCHULZE A ZERFASS K SPITKOVSKY D HENGLEIN B
Citation: P. Jansendurr et al., REGULATION OF CYCLIN A TRANSCRIPTION BY CYCLIN D1 AND BY VIRAL ONCOGENES, Journal of cellular biochemistry, 1995, pp. 37-37
CELL-CYCLE REGULATION OF THE CYCLIN-A GENE PROMOTER IS MEDIATED BY A VARIANT E2F SITE
Authors: SCHULZE A ZERFASS K SPITKOVSKY D MIDDENDORP S BERGES J HELIN K JANSENDURR P HENGLEIN B
Citation: A. Schulze et al., CELL-CYCLE REGULATION OF THE CYCLIN-A GENE PROMOTER IS MEDIATED BY A VARIANT E2F SITE, Proceedings of the National Academy of Sciences of the United Statesof America, 92(24), 1995, pp. 11264-11268
SEQUENTIAL ACTIVATION OF CYCLIN-E AND CYCLIN-A GENE-EXPRESSION BY HUMAN PAPILLOMAVIRUS TYPE-16 E7 THROUGH SEQUENCES NECESSARY FOR TRANSFORMATION
Authors: ZERFASS K SCHULZE A SPITKOVSKY D FRIEDMAN V HENGLEIN B JANSENDURR P
Citation: K. Zerfass et al., SEQUENTIAL ACTIVATION OF CYCLIN-E AND CYCLIN-A GENE-EXPRESSION BY HUMAN PAPILLOMAVIRUS TYPE-16 E7 THROUGH SEQUENCES NECESSARY FOR TRANSFORMATION, Journal of virology, 69(10), 1995, pp. 6389-6399
CELL CYCLE-DEPENDENT DISRUPTION OF E2F-P107 COMPLEXES BY HUMAN PAPILLOMAVIRUS TYPE-16 E7
Authors: ZERFASS K LEVY LM CREMONESI C CICCOLINI F JANSENDURR P CRAWFORD L RALSTON R TOMMASINO M
Citation: K. Zerfass et al., CELL CYCLE-DEPENDENT DISRUPTION OF E2F-P107 COMPLEXES BY HUMAN PAPILLOMAVIRUS TYPE-16 E7, Journal of General Virology, 76, 1995, pp. 1815-1820
ACTIVATION OF THE E2F TRANSCRIPTION FACTOR BY CYCLIN D1 IS BLOCKED BYP16(INK4), THE PRODUCT OF THE PUTATIVE TUMOR-SUPPRESSOR GENE MTS1
Authors: SCHULZE A ZERFASS K SPITKOVSKY D HENGLEIN B JANSENDURR P
Citation: A. Schulze et al., ACTIVATION OF THE E2F TRANSCRIPTION FACTOR BY CYCLIN D1 IS BLOCKED BYP16(INK4), THE PRODUCT OF THE PUTATIVE TUMOR-SUPPRESSOR GENE MTS1, Oncogene, 9(12), 1994, pp. 3475-3482
GL-SPECIFIC CYCLIN D1 ACTIVATES E2F-DEPENDENT TRANSCRIPTION ON DHFR-PROMOTERS AND E2-PROMOTERS AND CAN BIND IN-VITRO TO E2F-1
Authors: JANSENDURR P SCHULZE A SPITKOVSKY D ZERFASS K
Citation: P. Jansendurr et al., GL-SPECIFIC CYCLIN D1 ACTIVATES E2F-DEPENDENT TRANSCRIPTION ON DHFR-PROMOTERS AND E2-PROMOTERS AND CAN BIND IN-VITRO TO E2F-1, Journal of cellular biochemistry, 1994, pp. 222-222
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