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Results: 1-9 |
Results: 9
A BACTERIAL ANTIBIOTIC-RESISTANCE GENE THAT COMPLEMENTS THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEIN GENE
Authors: VANVEEN HW CALLAGHAN R SOCENEANTU L SARDINI A KONINGS WN HIGGINS CF
Citation: Hw. Vanveen et al., A BACTERIAL ANTIBIOTIC-RESISTANCE GENE THAT COMPLEMENTS THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEIN GENE, Nature, 391(6664), 1998, pp. 291-295
THE ROLE OF PROTEIN-KINASE C-MEDIATED PHOSPHORYLATION IN DRUG TRANSPORT BY P-GLYCOPROTEIN
Authors: SARDINI A GOODFELLOW HR HIGGINS CF MCNAUGHTON PA
Citation: A. Sardini et al., THE ROLE OF PROTEIN-KINASE C-MEDIATED PHOSPHORYLATION IN DRUG TRANSPORT BY P-GLYCOPROTEIN, Pflugers Archiv, 434(2), 1997, pp. 26-26
MUTATION OF SITES PHOSPHORYLATED BY PROTEIN-KINASE-C IN THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEIN HAS NO EFFECT ON DRUG TRANSPORT
Authors: SARDINI A GOODFELLOW HR HIGGINS CF MCNAUGHTON PA
Citation: A. Sardini et al., MUTATION OF SITES PHOSPHORYLATED BY PROTEIN-KINASE-C IN THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEIN HAS NO EFFECT ON DRUG TRANSPORT, Journal of physiology, 491P, 1996, pp. 97-98
PROTEIN-KINASE C-MEDIATED PHOSPHORYLATION DOES NOT REGULATE DRUG TRANSPORT BY THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEIN
Authors: GOODFELLOW HR SARDINI A RUETZ S CALLAGHAN R GROS P MCNAUGHTON PA HIGGINS CF
Citation: Hr. Goodfellow et al., PROTEIN-KINASE C-MEDIATED PHOSPHORYLATION DOES NOT REGULATE DRUG TRANSPORT BY THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEIN, The Journal of biological chemistry, 271(23), 1996, pp. 13668-13674
INTRACELLULAR CALCIUM INCREASES IN RESPONSE TO SWELLING IN HELA-CELLS
Authors: SARDINI A SEPULVEDA FV MCNAUGHTON PA
Citation: A. Sardini et al., INTRACELLULAR CALCIUM INCREASES IN RESPONSE TO SWELLING IN HELA-CELLS, Journal of physiology, 482P, 1995, pp. 11-12
MODULATION OF DRUG-INDUCED CYTOTOXICITY BY A BISPECIFIC MONOCLONAL-ANTIBODY THAT RECOGNIZES THE EPIDERMAL GROWTH-FACTOR RECEPTOR AND DOXORUBICIN
Authors: MORELLI D SARDINI A VILLA E VILLA ML MENARD S COLNAGHI MI BALSARI A
Citation: D. Morelli et al., MODULATION OF DRUG-INDUCED CYTOTOXICITY BY A BISPECIFIC MONOCLONAL-ANTIBODY THAT RECOGNIZES THE EPIDERMAL GROWTH-FACTOR RECEPTOR AND DOXORUBICIN, Cancer immunology and immunotherapy, 38(3), 1994, pp. 171-177
MEASUREMENT OF DOXORUBICIN TRANSPORT IN SINGLE CELLS USING CONFOCAL MICROSCOPY
Authors: SARDINI A MCNAUGHTON PA
Citation: A. Sardini et Pa. Mcnaughton, MEASUREMENT OF DOXORUBICIN TRANSPORT IN SINGLE CELLS USING CONFOCAL MICROSCOPY, Journal of physiology, 475P, 1994, pp. 160000004-160000004
CELL SWELLING INHIBITS DRUG EFFLUX FROM CELLS EXPRESSING THE MULTIDRUG-RESISTANCE PHENOTYPE
Authors: SARDINI A MINTENIG GM VALVERDE MA SEPULVEDA FV GILL DR HYDE SC HIGGINS CF MCNAUGHTON PA
Citation: A. Sardini et al., CELL SWELLING INHIBITS DRUG EFFLUX FROM CELLS EXPRESSING THE MULTIDRUG-RESISTANCE PHENOTYPE, Journal of physiology, 475P, 1994, pp. 160000095-160000096
DRUG EFFLUX MEDIATED BY THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEINIS INHIBITED BY CELL SWELLING
Authors: SARDINI A MINTENIG GM VALVERDE MA SEPULVEDA FV GILL DR HYDE SC HIGGINS CF MCNAUGHTON PA
Citation: A. Sardini et al., DRUG EFFLUX MEDIATED BY THE HUMAN MULTIDRUG-RESISTANCE P-GLYCOPROTEINIS INHIBITED BY CELL SWELLING, Journal of Cell Science, 107, 1994, pp. 3281-3290
Risultati: 1-9 |