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Results: 1-9 |
Results: 9
FORMOTEROL AND ISOPROTERENOL INDUCE C-FOS GENE-EXPRESSION IN OSTEOBLAST-LIKE CELLS BY ACTIVATING BETA(2)-ADRENERGIC RECEPTORS
Authors: KELLENBERGER S MULLER K RICHENER H BILBE G
Citation: S. Kellenberger et al., FORMOTEROL AND ISOPROTERENOL INDUCE C-FOS GENE-EXPRESSION IN OSTEOBLAST-LIKE CELLS BY ACTIVATING BETA(2)-ADRENERGIC RECEPTORS, Bone, 22(5), 1998, pp. 471-478
MUTATIONS CAUSING LIDDLE-SYNDROME REDUCE SODIUM-DEPENDENT DOWN-REGULATION OF THE EPITHELIAL SODIUM-CHANNEL IN THE XENOPUS OOCYTE EXPRESSIONSYSTEM
Authors: KELLENBERGER S GAUTSCHI I ROSSIER BC SCHILD L
Citation: S. Kellenberger et al., MUTATIONS CAUSING LIDDLE-SYNDROME REDUCE SODIUM-DEPENDENT DOWN-REGULATION OF THE EPITHELIAL SODIUM-CHANNEL IN THE XENOPUS OOCYTE EXPRESSIONSYSTEM, The Journal of clinical investigation, 101(12), 1998, pp. 2741-2750
MUTATIONS CAUSING LIDDLE SYNDROME PREVENT SODIUM-DEPENDENT DOWN-REGULATION OF THE EPITHELIAL SODIUM-CHANNEL (ENAC)
Authors: KELLENBERGER S GAUTSCHI I ROSSIER BC SCHILD L
Citation: S. Kellenberger et al., MUTATIONS CAUSING LIDDLE SYNDROME PREVENT SODIUM-DEPENDENT DOWN-REGULATION OF THE EPITHELIAL SODIUM-CHANNEL (ENAC), Journal of the American Society of Nephrology, 8, 1997, pp. 171-171
MOLECULAR ANALYSIS OF THE PUTATIVE INACTIVATION PARTICLE IN THE INACTIVATION GATE OF BRAIN-TYPE IIA NA+ CHANNELS
Authors: KELLENBERGER S WEST JW SCHEUER T CATTERALL WA
Citation: S. Kellenberger et al., MOLECULAR ANALYSIS OF THE PUTATIVE INACTIVATION PARTICLE IN THE INACTIVATION GATE OF BRAIN-TYPE IIA NA+ CHANNELS, The Journal of general physiology, 109(5), 1997, pp. 589-605
MOLECULAR ANALYSIS OF POTENTIAL HINGE RESIDUES IN THE INACTIVATION GATE OF BRAIN-TYPE IIA NA+ CHANNELS
Authors: KELLENBERGER S WEST JW CATTERALL WA SCHEUER T
Citation: S. Kellenberger et al., MOLECULAR ANALYSIS OF POTENTIAL HINGE RESIDUES IN THE INACTIVATION GATE OF BRAIN-TYPE IIA NA+ CHANNELS, The Journal of general physiology, 109(5), 1997, pp. 607-617
FUNCTIONAL-ANALYSIS OF MUTATIONS IN THE NA+ CHANNEL INACTIVATION GATE
Authors: KELLENBERGER S WEST JW SCHEUER T CATTERALL WA
Citation: S. Kellenberger et al., FUNCTIONAL-ANALYSIS OF MUTATIONS IN THE NA+ CHANNEL INACTIVATION GATE, Biophysical journal, 72(2), 1997, pp. 63-63
SUBUNIT STOICHIOMETRY OF OLIGOMERIC MEMBRANE-PROTEINS - GABA(A) RECEPTORS ISOLATED BY SELECTIVE IMMUNOPRECIPITATION FROM THE CELL-SURFACE
Authors: KELLENBERGER S ECKENSTEIN S BAUR R MALHERBE P BUHR A SIGEL E
Citation: S. Kellenberger et al., SUBUNIT STOICHIOMETRY OF OLIGOMERIC MEMBRANE-PROTEINS - GABA(A) RECEPTORS ISOLATED BY SELECTIVE IMMUNOPRECIPITATION FROM THE CELL-SURFACE, Neuropharmacology, 35(9-10), 1996, pp. 1403-1411
MOVEMENT OF THE NA+ CHANNEL INACTIVATION GATE DURING INACTIVATION
Authors: KELLENBERGER S SCHEUER T CATTERALL WA
Citation: S. Kellenberger et al., MOVEMENT OF THE NA+ CHANNEL INACTIVATION GATE DURING INACTIVATION, The Journal of biological chemistry, 271(48), 1996, pp. 30971-30979
MOLECULAR ANALYSIS OF THE NA+ CHANNEL INACTIVATION GATE
Authors: KELLENBERGER S WEST JW SCHEUER T CATTERALL WA
Citation: S. Kellenberger et al., MOLECULAR ANALYSIS OF THE NA+ CHANNEL INACTIVATION GATE, Biophysical journal, 70(2), 1996, pp. 324-324
Risultati: 1-9 |