Key result
Background nonselective cationic channels determine resting membrane potential and Ca2+ entry in rabbit aorta endothelial cells.
In rabbit aorta endothelial cells, background nonselective cationic channels are the primary determinant of resting membrane potential and mediate background calcium entry.
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Hypothesis-generating in rabbit aortic endothelium; does not inform clinical practice or human translation.
Park et al. (2000) studied None (Healthy rabbit aorta endothelial cells). Electrophysiological patch-clamp recording was evaluated on Resting membrane potential and ion channel conductances. Background nonselective cationic channels function as the major determinant for the resting membrane potential and provide a background Ca2+ entry pathway in freshly isolated rabbit aorta endothelial cells.
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