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Results: 1-8 |
Results: 8
TOM1P, A YEAST HECT-DOMAIN PROTEIN WHICH MEDIATES TRANSCRIPTIONAL REGULATION THROUGH THE ADA SAGA COACTIVATOR COMPLEXES/
Authors: SALEH A COLLART M MARTENS JA GENEREAUX J ALLARD S COTE J BRANDL CJ
Citation: A. Saleh et al., TOM1P, A YEAST HECT-DOMAIN PROTEIN WHICH MEDIATES TRANSCRIPTIONAL REGULATION THROUGH THE ADA SAGA COACTIVATOR COMPLEXES/, Journal of Molecular Biology, 282(5), 1998, pp. 933-946
TRA1P IS A COMPONENT OF THE YEAST ADA-CENTER-DOT-SPT TRANSCRIPTIONAL REGULATORY COMPLEXES
Authors: SALEH A SCHIELTZ D TING N MCMAHON SB LITCHFIELD DW YATES JR LEESMILLER SP COLE MD BRANDL CJ
Citation: A. Saleh et al., TRA1P IS A COMPONENT OF THE YEAST ADA-CENTER-DOT-SPT TRANSCRIPTIONAL REGULATORY COMPLEXES, The Journal of biological chemistry, 273(41), 1998, pp. 26559-26565
IDENTIFICATION OF NATIVE COMPLEXES CONTAINING THE YEAST COACTIVATOR REPRESSOR PROTEINS NGG1/ADA3 AND ADA2/
Authors: SALEH A LANG V COOK R BRANDL CJ
Citation: A. Saleh et al., IDENTIFICATION OF NATIVE COMPLEXES CONTAINING THE YEAST COACTIVATOR REPRESSOR PROTEINS NGG1/ADA3 AND ADA2/, The Journal of biological chemistry, 272(9), 1997, pp. 5571-5578
TRANSCRIPTIONAL ACTIVATION BY YEAST PDR1P IS INHIBITED BY ITS ASSOCIATION WITH NGG1P ADA3P/
Authors: MARTENS JA GENEREAUX J SALEH A BRANDL CJ
Citation: Ja. Martens et al., TRANSCRIPTIONAL ACTIVATION BY YEAST PDR1P IS INHIBITED BY ITS ASSOCIATION WITH NGG1P ADA3P/, The Journal of biological chemistry, 271(27), 1996, pp. 15884-15890
STRUCTURE FUNCTION PROPERTIES OF THE YEAST DUAL REGULATOR PROTEIN NGG1 THAT ARE REQUIRED FOR GLUCOSE REPRESSION/
Authors: BRANDL CJ MARTENS JA MARGALIOT A STENNING D FURLANETTO AM SALEH A HAMILTON KS GENEREAUX J
Citation: Cj. Brandl et al., STRUCTURE FUNCTION PROPERTIES OF THE YEAST DUAL REGULATOR PROTEIN NGG1 THAT ARE REQUIRED FOR GLUCOSE REPRESSION/, The Journal of biological chemistry, 271(16), 1996, pp. 9298-9306
DEFINING THE SEQUENCE SPECIFICITY OF THE SACCHAROMYCES-CEREVISIAE DNA-BINDING PROTEIN REB1P BY SELECTING BINDING-SITES FROM RANDOM-SEQUENCEOLIGONUCLEOTIDES
Authors: LIAW PCY BRANDL CJ
Citation: Pcy. Liaw et Cj. Brandl, DEFINING THE SEQUENCE SPECIFICITY OF THE SACCHAROMYCES-CEREVISIAE DNA-BINDING PROTEIN REB1P BY SELECTING BINDING-SITES FROM RANDOM-SEQUENCEOLIGONUCLEOTIDES, Yeast, 10(6), 1994, pp. 771-787
GCN4P ACTIVATION OF THE YEAST TRP3 GENE IS ENHANCED BY ABF1P AND USESA SUBOPTIMAL TATA ELEMENT
Authors: MARTENS JA BRANDL CJ
Citation: Ja. Martens et Cj. Brandl, GCN4P ACTIVATION OF THE YEAST TRP3 GENE IS ENHANCED BY ABF1P AND USESA SUBOPTIMAL TATA ELEMENT, The Journal of biological chemistry, 269(22), 1994, pp. 15661-15667
CHARACTERIZATION OF NGG1, A NOVEL YEAST GENE REQUIRED FOR GLUCOSE REPRESSION OF GAL4P-REGULATED TRANSCRIPTION
Authors: BRANDL CJ FURLANETTO AM MARTENS JA HAMILTON KS
Citation: Cj. Brandl et al., CHARACTERIZATION OF NGG1, A NOVEL YEAST GENE REQUIRED FOR GLUCOSE REPRESSION OF GAL4P-REGULATED TRANSCRIPTION, EMBO journal, 12(13), 1993, pp. 5255-5265
Risultati: 1-8 |