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Results: 1-10 |
Results: 10
CDNA CLONING AND FUNCTIONAL-CHARACTERIZATION OF THE MOUSE CA2-GATED K+ CHANNEL, MIK1 - INDUCTION DURING ERYTHROID-DIFFERENTIATION AND ROLE IN REGULATORY VOLUME DECREASE()
Authors: VANDORPE DH SHMUKLER BE JIANG LW LIM B MAYLIE J ADELMAN JP BRUGNARA C ALPER SL
Citation: Dh. Vandorpe et al., CDNA CLONING AND FUNCTIONAL-CHARACTERIZATION OF THE MOUSE CA2-GATED K+ CHANNEL, MIK1 - INDUCTION DURING ERYTHROID-DIFFERENTIATION AND ROLE IN REGULATORY VOLUME DECREASE(), The Journal of general physiology, 112(1), 1998, pp. 59-59
CDNA CLONING AND FUNCTIONAL-CHARACTERIZATION OF THE MOUSE CA2-GATED K+ CHANNEL, MIK1 - ROLES IN REGULATORY VOLUME DECREASE AND ERYTHROID DIFFERENTIATION()
Authors: VANDORPE DH SHMUKLER BE JIANG LW LIM B MAYLIE J ADELMAN JP DEFRANCESCHI L CAPPELLINI MD BRUGNARA C ALPER SL
Citation: Dh. Vandorpe et al., CDNA CLONING AND FUNCTIONAL-CHARACTERIZATION OF THE MOUSE CA2-GATED K+ CHANNEL, MIK1 - ROLES IN REGULATORY VOLUME DECREASE AND ERYTHROID DIFFERENTIATION(), The Journal of biological chemistry, 273(34), 1998, pp. 21542-21553
KINETIC COMPARISON OF ELECTRONEUTRAL AND ELECTROGENIC ANION-EXCHANGE BY AE1 E699Q EXPRESSED IN XENOPUS OOCYTES - CAN A PING-PONG MECHANISM EXPLAIN BOTH
Authors: CHERNOVA MN VANDORPE DH ALPER SL
Citation: Mn. Chernova et al., KINETIC COMPARISON OF ELECTRONEUTRAL AND ELECTROGENIC ANION-EXCHANGE BY AE1 E699Q EXPRESSED IN XENOPUS OOCYTES - CAN A PING-PONG MECHANISM EXPLAIN BOTH, Journal of the American Society of Nephrology, 8, 1997, pp. 15-15
EXTRACELLULAR CL- DEPENDENCE OF THE TONICITY-SENSITIVE NA+ H+ EXCHANGER OF XENOPUS OOCYTES (XONHE)/
Authors: GOSS GG JIANG LW VANDORPE DH ALPER SL
Citation: Gg. Goss et al., EXTRACELLULAR CL- DEPENDENCE OF THE TONICITY-SENSITIVE NA+ H+ EXCHANGER OF XENOPUS OOCYTES (XONHE)/, Journal of the American Society of Nephrology, 8, 1997, pp. 246-246
HYPOTONICITY AND HYPERTONICITY TRIGGER DISTINCT CA2-CELLS( SIGNALING PATHWAYS IN BOVINE AORTIC ENDOTHELIAL)
Authors: JIANG LW VANDORPE DH MALEK AM ALPER SL
Citation: Lw. Jiang et al., HYPOTONICITY AND HYPERTONICITY TRIGGER DISTINCT CA2-CELLS( SIGNALING PATHWAYS IN BOVINE AORTIC ENDOTHELIAL), Journal of the American Society of Nephrology, 8, 1997, pp. 255-255
CYCLIC NUCLEOTIDE-GATED CATION CHANNELS MEDIATE SODIUM-ABSORPTION BY IMCD (MIMCD-K2) CELLS
Authors: VANDORPE DH CIAMPOLILLO F GREEN RB STANTON BA
Citation: Dh. Vandorpe et al., CYCLIC NUCLEOTIDE-GATED CATION CHANNELS MEDIATE SODIUM-ABSORPTION BY IMCD (MIMCD-K2) CELLS, American journal of physiology. Cell physiology, 41(3), 1997, pp. 901-910
THE ANTIFUNGAL IMIDAZOLE CLOTRIMAZOLE AND ITS MAJOR IN-VIVO METABOLITE ARE POTENT BLOCKERS OF THE CALCIUM-ACTIVATED POTASSIUM CHANNEL IN MURINE ERYTHROLEUKEMIA-CELLS
Authors: RITTENHOUSE AR VANDORPE DH BRUGNARA C ALPER SL
Citation: Ar. Rittenhouse et al., THE ANTIFUNGAL IMIDAZOLE CLOTRIMAZOLE AND ITS MAJOR IN-VIVO METABOLITE ARE POTENT BLOCKERS OF THE CALCIUM-ACTIVATED POTASSIUM CHANNEL IN MURINE ERYTHROLEUKEMIA-CELLS, The Journal of membrane biology, 157(2), 1997, pp. 177-191
ELECTROGENIC SULFATE CHLORIDE EXCHANGE IN XENOPUS OOCYTES MEDIATED BYMURINE AE1 E699Q/
Authors: CHERNOVA MN JIANG L CREST M HAND M VANDORPE DH STRANGE K ALPER SL
Citation: Mn. Chernova et al., ELECTROGENIC SULFATE CHLORIDE EXCHANGE IN XENOPUS OOCYTES MEDIATED BYMURINE AE1 E699Q/, The Journal of general physiology, 109(3), 1997, pp. 345-360
INHIBITION OF THE CA2-ACTIVATED K CHANNEL OF MURINE ERYTHROLEUKEMIA-CELLS BY THE ANTIFUNGAL IMIDAZOLE, CLOTRIMAZOLE, AND ITS MAJOR IN-VIVO METABOLITE IS INDEPENDENT OF BLOCKADE OF CYTOCHROME-P450()
Authors: VANDORPE DH BRUGNARA C ALPER SL
Citation: Dh. Vandorpe et al., INHIBITION OF THE CA2-ACTIVATED K CHANNEL OF MURINE ERYTHROLEUKEMIA-CELLS BY THE ANTIFUNGAL IMIDAZOLE, CLOTRIMAZOLE, AND ITS MAJOR IN-VIVO METABOLITE IS INDEPENDENT OF BLOCKADE OF CYTOCHROME-P450(), Biophysical journal, 72(2), 1997, p.
FMRFAMIDE AND MEMBRANE STRETCH AS ACTIVATORS OF THE APLYSIA S-CHANNEL
Authors: VANDORPE DH SMALL DL DABROWSKI AR MORRIS CE
Citation: Dh. Vandorpe et al., FMRFAMIDE AND MEMBRANE STRETCH AS ACTIVATORS OF THE APLYSIA S-CHANNEL, Biophysical journal, 66(1), 1994, pp. 46-58
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