Key result
Digitalis potently and specifically inhibits the transmembrane active transport of Na+ and K+ at the cellular level, a fundamental mechanism of cardiac glycoside action.
Design
Editorial
Authors
Loading...
Discusses the basic mechanisms of cardiac glycoside action, specifically the inhibition of transmembrane active transport of Na+ and K+.
Discusses the basic mechanisms of cardiac glycoside action, specifically the inhibition of transmembrane active transport of Na+ and K+.
Thomas W. Smith (1978) conducted an editorial in Digitalis use and toxicity. Digitalis was evaluated. Digitalis potently and specifically inhibits the transmembrane active transport of Na+ and K+ at the cellular level, a fundamental mechanism of cardiac glycoside action.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: