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Results: 1-10 |
Results: 10
NOVEL SUBUNIT COMPOSITION OF A RENAL EPITHELIAL K-ATP CHANNEL
Authors: RUKNUDIN A SCHULZE DH SULLIVAN SK LEDERER WJ WELLING PA
Citation: A. Ruknudin et al., NOVEL SUBUNIT COMPOSITION OF A RENAL EPITHELIAL K-ATP CHANNEL, The Journal of biological chemistry, 273(23), 1998, pp. 14165-14171
SUBCELLULAR-DISTRIBUTION AND TARGETING OF THE INTRACELLULAR CHLORIDE CHANNEL P64
Authors: REDHEAD C SULLIVAN SK KOSEKI C FUJIWARA K EDWARDS JC
Citation: C. Redhead et al., SUBCELLULAR-DISTRIBUTION AND TARGETING OF THE INTRACELLULAR CHLORIDE CHANNEL P64, Molecular biology of the cell, 8(4), 1997, pp. 691-704
MECHANISMS OF MARCKS GENE ACTIVATION DURING XENOPUS DEVELOPMENT
Authors: SHI Y SULLIVAN SK PITTERLE DM KENNINGTON EA GRAFF JM BLACKSHEAR PJ
Citation: Y. Shi et al., MECHANISMS OF MARCKS GENE ACTIVATION DURING XENOPUS DEVELOPMENT, The Journal of biological chemistry, 272(46), 1997, pp. 29290-29300
NOVEL SUBUNIT COMPOSITION IN A RENAL EPITHELIAL K-ATP CHANNEL (KIR 1.1+CFTR)
Authors: RUKNUDIN A SCHULZE DH SULLIVAN SK LEDERER WJ WELLING PA
Citation: A. Ruknudin et al., NOVEL SUBUNIT COMPOSITION IN A RENAL EPITHELIAL K-ATP CHANNEL (KIR 1.1+CFTR), Biophysical journal, 72(2), 1997, pp. 42-42
NOVEL SUBUNIT COMPOSITION IN A RENAL EPITHELIAL K-ATP CHANNEL (KIR1.1+CTFR)
Authors: RUKNUDIN A SCHULZE DH SULLIVAN SK LEDERER WJ WELLING PA
Citation: A. Ruknudin et al., NOVEL SUBUNIT COMPOSITION IN A RENAL EPITHELIAL K-ATP CHANNEL (KIR1.1+CTFR), Journal of the American Society of Nephrology, 7(9), 1996, pp. 210-210
CFTR REGULATION - MARCKS EXPRESSION AND ACTIVATION BY CAMP
Authors: SULLIVAN SK SHI Y SCHICK R BLACKSHEAR P
Citation: Sk. Sullivan et al., CFTR REGULATION - MARCKS EXPRESSION AND ACTIVATION BY CAMP, The Journal of general physiology, 108(2), 1996, pp. 77-77
MODULATION OF ROMK1 CHANNELS BY AN ATP-BINDING CASSETTE PROTEIN, CFTR, IN XENOPUS OOCYTES
Authors: RUKNUDIN A SCHULZE DH SULLIVAN SK LEDERER WJ WELLING PA
Citation: A. Ruknudin et al., MODULATION OF ROMK1 CHANNELS BY AN ATP-BINDING CASSETTE PROTEIN, CFTR, IN XENOPUS OOCYTES, Biophysical journal, 70(2), 1996, pp. 272-272
IDENTIFICATION AND PARTIAL CHARACTERIZATION OF A DOMAIN IN CFTR THAT MAY BIND CYCLIC-NUCLEOTIDES DIRECTLY
Authors: SULLIVAN SK AGELLON LB SCHICK R
Citation: Sk. Sullivan et al., IDENTIFICATION AND PARTIAL CHARACTERIZATION OF A DOMAIN IN CFTR THAT MAY BIND CYCLIC-NUCLEOTIDES DIRECTLY, Current biology, 5(10), 1995, pp. 1159-1167
MARCK DEPLETION BLOCKS PROGESTERONE-STIMULATED MATURATION IN OOCYTES
Authors: SULLIVAN SK
Citation: Sk. Sullivan, MARCK DEPLETION BLOCKS PROGESTERONE-STIMULATED MATURATION IN OOCYTES, Journal of cellular biochemistry, 1994, pp. 88-88
BICARBONATE SECRETION IN RABBIT ILEUM - ELECTROGENICITY, ION DEPENDENCE, AND EFFECTS OF CYCLIC-NUCLEOTIDES
Authors: MINHAS BS SULLIVAN SK FIELD M
Citation: Bs. Minhas et al., BICARBONATE SECRETION IN RABBIT ILEUM - ELECTROGENICITY, ION DEPENDENCE, AND EFFECTS OF CYCLIC-NUCLEOTIDES, Gastroenterology, 105(6), 1993, pp. 1617-1629
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