AAAAAA

   
Results: 1-8 |
Results: 8
DIFFERENTIAL CHANGES IN GENOME STRUCTURE AND EXPRESSION OF THE MDR GENE FAMILY IN MULTIDRUG-RESISTANT MURINE ERYTHROLEUKEMIA CELL-LINES
Authors: FRACASSO PM SLAPAK CA NAIR S MODRAK D DRAPER MP LECERF JM LEVY SB
Citation: Pm. Fracasso et al., DIFFERENTIAL CHANGES IN GENOME STRUCTURE AND EXPRESSION OF THE MDR GENE FAMILY IN MULTIDRUG-RESISTANT MURINE ERYTHROLEUKEMIA CELL-LINES, Oncology research, 9(4), 1997, pp. 183-191
DBF2, A CELL-CYCLE-REGULATED PROTEIN-KINASE, IS PHYSICALLY AND FUNCTIONALLY ASSOCIATED WITH THE CCR4 TRANSCRIPTIONAL REGULATORY COMPLEX
Authors: LIU HY TOYN JH CHIANG YC DRAPER MP JOHNSTON LH DENIS CL
Citation: Hy. Liu et al., DBF2, A CELL-CYCLE-REGULATED PROTEIN-KINASE, IS PHYSICALLY AND FUNCTIONALLY ASSOCIATED WITH THE CCR4 TRANSCRIPTIONAL REGULATORY COMPLEX, EMBO journal, 16(17), 1997, pp. 5289-5298
ACTIVE EFFLUX OF THE FREE ACID FORM OF THE FLUORESCENT DYE 2',7'-BIS(2-CARBOXYETHYL)-5(6)-CARBOXYFLUORESCEIN IN MULTIDRUG-RESISTANCE-PROTEIN-OVEREXPRESSING MURINE AND HUMAN LEUKEMIA-CELLS
Authors: DRAPER MP MARTELL RL LEVY SB
Citation: Mp. Draper et al., ACTIVE EFFLUX OF THE FREE ACID FORM OF THE FLUORESCENT DYE 2',7'-BIS(2-CARBOXYETHYL)-5(6)-CARBOXYFLUORESCEIN IN MULTIDRUG-RESISTANCE-PROTEIN-OVEREXPRESSING MURINE AND HUMAN LEUKEMIA-CELLS, European journal of biochemistry, 243(1-2), 1997, pp. 219-224
INDOMETHACIN-MEDIATED REVERSAL OF MULTIDRUG-RESISTANCE AND DRUG EFFLUX IN HUMAN AND MURINE CELL-LINES OVEREXPRESSING MRP, BUT NOT P-GLYCOPROTEIN
Authors: DRAPER MP MARTELL RL LEVY SB
Citation: Mp. Draper et al., INDOMETHACIN-MEDIATED REVERSAL OF MULTIDRUG-RESISTANCE AND DRUG EFFLUX IN HUMAN AND MURINE CELL-LINES OVEREXPRESSING MRP, BUT NOT P-GLYCOPROTEIN, British Journal of Cancer, 75(6), 1997, pp. 810-815
EMERGENCE OF DIFFERENT MECHANISMS OF RESISTANCE IN THE EVOLUTION OF MULTIDRUG-RESISTANCE IN MURINE ERYTHROLEUKEMIA CELL-LINES
Authors: MODRAK DE DRAPER MP LEVY SB
Citation: De. Modrak et al., EMERGENCE OF DIFFERENT MECHANISMS OF RESISTANCE IN THE EVOLUTION OF MULTIDRUG-RESISTANCE IN MURINE ERYTHROLEUKEMIA CELL-LINES, Biochemical pharmacology, 54(12), 1997, pp. 1297-1306
IDENTIFICATION OF A MOUSE PROTEIN WHOSE HOMOLOG IN SACCHAROMYCES-CEREVISIAE IS A COMPONENT OF THE CCR4 TRANSCRIPTIONAL REGULATORY COMPLEX
Authors: DRAPER MP SALVADORE C DENIS CL
Citation: Mp. Draper et al., IDENTIFICATION OF A MOUSE PROTEIN WHOSE HOMOLOG IN SACCHAROMYCES-CEREVISIAE IS A COMPONENT OF THE CCR4 TRANSCRIPTIONAL REGULATORY COMPLEX, Molecular and cellular biology, 15(7), 1995, pp. 3487-3495
CCR4 IS A GLUCOSE-REGULATED TRANSCRIPTION FACTOR WHOSE LEUCINE-RICH REPEAT BINDS SEVERAL PROTEINS IMPORTANT FOR PLACING CCR4 IN ITS PROPER PROMOTER CONTEXT
Authors: DRAPER MP LIU HY NELSBACH AH MOSLEY SP DENIS CL
Citation: Mp. Draper et al., CCR4 IS A GLUCOSE-REGULATED TRANSCRIPTION FACTOR WHOSE LEUCINE-RICH REPEAT BINDS SEVERAL PROTEINS IMPORTANT FOR PLACING CCR4 IN ITS PROPER PROMOTER CONTEXT, Molecular and cellular biology, 14(7), 1994, pp. 4522-4531
THE YEAST CCR4 PROTEIN IS NEITHER REGULATED BY NOR ASSOCIATED WITH THE SPT6 AND SPT10 PROTEINS AND FORMS A FUNCTIONALLY DISTINCT COMPLEX FROM THAT OF THE SNF SWI TRANSCRIPTION FACTORS/
Authors: DENIS CL DRAPER MP LIU HY MALVAR T VALLARI RC COOK WJ
Citation: Cl. Denis et al., THE YEAST CCR4 PROTEIN IS NEITHER REGULATED BY NOR ASSOCIATED WITH THE SPT6 AND SPT10 PROTEINS AND FORMS A FUNCTIONALLY DISTINCT COMPLEX FROM THAT OF THE SNF SWI TRANSCRIPTION FACTORS/, Genetics, 138(4), 1994, pp. 1005-1013
Risultati: 1-8 |