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Federation Proceedings|December 1, 1979
Electrochemical potentials in frog skin: inferences for electrical and mechanistic modelsS I Helman
The American Journal of Physiology|July 1, 1976
Influence of vasopressin and amiloride on shunt pathways of frog skinR O'Neil, S I Helman
The American Journal of Physiology|August 1, 1997
Substrate-dependent expression of Na+ transport and shunt conductance in A6 epitheliaS I Helman, X Liu
Science (New York, N.Y.)|July 9, 1971
In vitro techniques for avoiding edge damage in studies of frog skinS I Helman, D A Miller
The Journal of General Physiology|March 1, 1986
Na+ and K+ transport at basolateral membranes of epithelial cells. II. K+ efflux and stoichiometry of the Na,K-ATPaseT C Cox, S I Helman
The Journal of Membrane Biology|January 1, 1997
Dual role of prostaglandins (PGE2) in regulation of channel density and open probability of epithelial Na+ channels in frog skin (R. pipiens)W J Els, S I Helman
The American Journal of Physiology|September 1, 1983
Effects of ouabain and furosemide on basolateral membrane Na efflux of frog skinT C Cox, S I Helman
The American Journal of Physiology|September 1, 1981
Vasopressin, theophylline, PGE2, and indomethacin on active Na transport in frog skin: studies with microelectrodesW J Els, S I Helman
The American Journal of Physiology|May 1, 1982
Acidification of luminal fluid by the rabbit cortical collecting tubule perfused in vitroB M Koeppen, S I Helman
The Journal of General Physiology|April 1, 1990
Blocker-related changes of channel density. Analysis of a three-state model for apical Na channels of frog skinS I Helman, L M Baxendale
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