Results 241 to 250 of about 266,501 (296)
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Trends in Cardiovascular Medicine, 1993
Cardiac chloride channels, once largely ignored, are the subject of renewed exploration. Consequently, their molecular identities and electrophysiologic properties are being defined and have revealed a distinct family of ionic channels capable of uniquely influencing the cardiac action potential.
M J, Ackerman, D E, Clapham
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Cardiac chloride channels, once largely ignored, are the subject of renewed exploration. Consequently, their molecular identities and electrophysiologic properties are being defined and have revealed a distinct family of ionic channels capable of uniquely influencing the cardiac action potential.
M J, Ackerman, D E, Clapham
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Renal Epithelial Chloride Channels
Annual Review of Physiology, 1992The renal epithelium reabsorbs about 99% of the sodium chloride filtered at the glomerulus. Until recently, the specific role of chloride in solute transport by the kidney was given little attention. Rather, chloride was considered as simply the counterion to sodium.
W B, Reeves, T E, Andreoli
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CALCIUM-ACTIVATED CHLORIDE CHANNELS
Annual Review of Physiology, 2005▪ Abstract Calcium-activated chloride channels (CaCCs) play important roles in cellular physiology, including epithelial secretion of electrolytes and water, sensory transduction, regulation of neuronal and cardiac excitability, and regulation of vascular tone.
Criss, Hartzell +2 more
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Current Opinion in Neurobiology, 1993
Cl- channels have various functions such as regulation of cell volume, transepithelial transport, and control of excitability in nerve and muscle. Several different structural classes of Cl- channels have been identified recently by molecular cloning.
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Cl- channels have various functions such as regulation of cell volume, transepithelial transport, and control of excitability in nerve and muscle. Several different structural classes of Cl- channels have been identified recently by molecular cloning.
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Science, 2010
The structure of a chloride transporter and its regulatory domain provides insight into the ion-exchange mechanism.
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The structure of a chloride transporter and its regulatory domain provides insight into the ion-exchange mechanism.
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Science, 1996
Miller explains in his Perspective [also see report by Malashkevich et al . ( p. 761 )] why the new pentameric coiled-coil structure of the extracellular matrix protein COMP is exciting for students of ion channels.
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Miller explains in his Perspective [also see report by Malashkevich et al . ( p. 761 )] why the new pentameric coiled-coil structure of the extracellular matrix protein COMP is exciting for students of ion channels.
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Science Signaling, 2008
A transmembrane protein induced in cytokine-treated bronchial epithelial cells seems to be a long-sought primary carrier of a voltage- and calcium-dependent chloride current.
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A transmembrane protein induced in cytokine-treated bronchial epithelial cells seems to be a long-sought primary carrier of a voltage- and calcium-dependent chloride current.
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Amazing chloride channels: an overview
Acta Physiologica Scandinavica, 2003Abstract Aim: This review describes molecular and functional properties of the following Cl – channels: the ClC family of voltage‐dependent Cl – channels, the cAMP‐activated transmembrane conductance regulator (CFTR), Ca 2+ activated Cl – channels (CaCC) and ...
B, Nilius, G, Droogmans
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1990
The present short overview summarizes the role of chloride channels in epithelial transport. At present, we are aware of a general concept in which chloride uptake is carrier mediated and driven by the electrochemical gradient for chloride and the cotransported or countertransported ions, and in which chloride exit occurs via chloride channels ...
R. Greger, K. Kunzelmann
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The present short overview summarizes the role of chloride channels in epithelial transport. At present, we are aware of a general concept in which chloride uptake is carrier mediated and driven by the electrochemical gradient for chloride and the cotransported or countertransported ions, and in which chloride exit occurs via chloride channels ...
R. Greger, K. Kunzelmann
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