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Results: 1-10 |
Results: 10
RECOMBINANT GENE-PRODUCTS OF 2 NATURAL VARIANTS OF THE HUMAN CYTIDINEDEAMINASE GENE CONFER DIFFERENT DEAMINATION RATES OF CYTARABINE IN-VITRO
Authors: KIRCH HC SCHRODER J HOPPE H ESCHE H SEEBER S SCHUTTE J
Citation: Hc. Kirch et al., RECOMBINANT GENE-PRODUCTS OF 2 NATURAL VARIANTS OF THE HUMAN CYTIDINEDEAMINASE GENE CONFER DIFFERENT DEAMINATION RATES OF CYTARABINE IN-VITRO, Experimental hematology, 26(5), 1998, pp. 421-425
ASSESSMENT OF RESISTANCE INDUCTION TO CYTOSINE-ARABINOSIDE FOLLOWING TRANSFER AND OVEREXPRESSION OF THE DEOXYCYTIDYLATE DEAMINASE GENE IN-VITRO
Authors: SCHRODER JK SEIDELMANN M KIRCH HC SEEBER S SCHUTTE J
Citation: Jk. Schroder et al., ASSESSMENT OF RESISTANCE INDUCTION TO CYTOSINE-ARABINOSIDE FOLLOWING TRANSFER AND OVEREXPRESSION OF THE DEOXYCYTIDYLATE DEAMINASE GENE IN-VITRO, Leukemia research, 22(7), 1998, pp. 619-624
A CIS-ACTING ELEMENT 7 BP UPSTREAM OF THE ESF-1-BINDING MOTIF IS INVOLVED IN E1A 13S AUTOREGULATION OF THE ADENOVIRUS-12 TS2 PROMOTER
Authors: PUTZER BM GNAUCK J KIRCH HC BROCKMANN D ESCHE H
Citation: Bm. Putzer et al., A CIS-ACTING ELEMENT 7 BP UPSTREAM OF THE ESF-1-BINDING MOTIF IS INVOLVED IN E1A 13S AUTOREGULATION OF THE ADENOVIRUS-12 TS2 PROMOTER, Journal of General Virology, 78, 1997, pp. 879-891
FORMATION OF THE EARLY-REGION-2 TRANSCRIPTION-FACTOR-1-RETINOBLASTOMA-PROTEIN (E2F-1-RB) TRANSREPRESSOR AND RELEASE OF THE RETINOBLASTOMA PROTEIN FROM NUCLEAR-COMPLEXES CONTAINING CYCLIN A IS INDUCED BY INTERFERON-ALPHA IN U937V CELLS BUT NOT IN INTERFERON-ALPHA-RESISTANT U937VRCELLS
Authors: KIRCH HC PUTZER B BROCKMANN D ESCHE H KLOKE O
Citation: Hc. Kirch et al., FORMATION OF THE EARLY-REGION-2 TRANSCRIPTION-FACTOR-1-RETINOBLASTOMA-PROTEIN (E2F-1-RB) TRANSREPRESSOR AND RELEASE OF THE RETINOBLASTOMA PROTEIN FROM NUCLEAR-COMPLEXES CONTAINING CYCLIN A IS INDUCED BY INTERFERON-ALPHA IN U937V CELLS BUT NOT IN INTERFERON-ALPHA-RESISTANT U937VRCELLS, European journal of biochemistry, 246(3), 1997, pp. 736-744
REPRESSION OF C-JUN-INDUCED MOUSE MAJOR HISTOCOMPATIBILITY CLASS-I PROMOTER (H-2K(B)) ACTIVITY BY THE ADENOVIRUS TYPE 12-UNIQUE 52R E1A PROTEIN
Authors: BROCKMANN D SCHAFER D KIRCH HC ESCHE H
Citation: D. Brockmann et al., REPRESSION OF C-JUN-INDUCED MOUSE MAJOR HISTOCOMPATIBILITY CLASS-I PROMOTER (H-2K(B)) ACTIVITY BY THE ADENOVIRUS TYPE 12-UNIQUE 52R E1A PROTEIN, Oncogene, 12(8), 1996, pp. 1715-1725
CELL-DENSITY DEPENDENT GROWTH REDUCTION IN INTERFERON ALPHA-RESISTANTU937 VR UNRAVELS DIFFERENT MECHANISMS OF E2F(-1) INACTIVATION
Authors: KIRCH HC PUTZER B KUHLMANN S BROCKMANN D ESCHE H KLOKE O
Citation: Hc. Kirch et al., CELL-DENSITY DEPENDENT GROWTH REDUCTION IN INTERFERON ALPHA-RESISTANTU937 VR UNRAVELS DIFFERENT MECHANISMS OF E2F(-1) INACTIVATION, Experimental hematology, 23(8), 1995, pp. 780-780
REPRESSION OF THE C-JUN TRANSACTIVATION FUNCTION BY THE ADENOVIRUS-TYPE-12 E1A 52R PROTEIN CORRELATES WITH THE INHIBITION OF PHOSPHORYLATION OF THE C-JUN ACTIVATION DOMAIN
Authors: BROCKMANN D BURY C KRONER G KIRCH HC ESCHE H
Citation: D. Brockmann et al., REPRESSION OF THE C-JUN TRANSACTIVATION FUNCTION BY THE ADENOVIRUS-TYPE-12 E1A 52R PROTEIN CORRELATES WITH THE INHIBITION OF PHOSPHORYLATION OF THE C-JUN ACTIVATION DOMAIN, The Journal of biological chemistry, 270(18), 1995, pp. 10754-10763
ALTERED HOST-RANGE PHENOTYPE OF THE TRANSFORMATION-DETECTIVE AD12 MUTANT CS-1 IS DUE TO DELETIONS IN THE E1 REGION
Authors: OPALKA B REITHWITOWSKI M KIRCH HC HOLTHAUSEN HS
Citation: B. Opalka et al., ALTERED HOST-RANGE PHENOTYPE OF THE TRANSFORMATION-DETECTIVE AD12 MUTANT CS-1 IS DUE TO DELETIONS IN THE E1 REGION, Intervirology, 37(1), 1994, pp. 36-40
REGULATION OF ADENOVIRUS-12 E1A TRANSCRIPTION - E2F AND ATF MOTIFS INTHE E1A PROMOTER BIND NUCLEAR-PROTEIN COMPLEXES INCLUDING E2F1, DP-1,CYCLIN-A AND OR RB AND MEDIATE TRANSCRIPTIONAL (AUTO)ACTIVATION
Authors: KIRCH HC PUTZER B SCHWABE G GNAUCK HKA HOLTHAUSEN HS
Citation: Hc. Kirch et al., REGULATION OF ADENOVIRUS-12 E1A TRANSCRIPTION - E2F AND ATF MOTIFS INTHE E1A PROMOTER BIND NUCLEAR-PROTEIN COMPLEXES INCLUDING E2F1, DP-1,CYCLIN-A AND OR RB AND MEDIATE TRANSCRIPTIONAL (AUTO)ACTIVATION, Cellular & molecular biology research, 39(8), 1993, pp. 705-716
INTERFERON-ALPHA AND GAMMA ALTER THE BINDING OF PROGENITOR CELLS TO FIBRONECTIN OF PATIENTS WITH CML
Authors: ELMAAGACLI AH WANDL UB BERTHEL M KIRCH HC SCHAEFER UW
Citation: Ah. Elmaagacli et al., INTERFERON-ALPHA AND GAMMA ALTER THE BINDING OF PROGENITOR CELLS TO FIBRONECTIN OF PATIENTS WITH CML, Leukemia, 7(8), 1993, pp. 1300-1301
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