Over the past 10 years, cDNAs encoding a wide range of pore-forming K+-channel α-
subunits have been cloned and found to result in currents with many properties of …

A comprehensive review of all the latest developments in cardiac electrophysiology,
focusing on both the clinical and experimental aspects of ventricular repolarization …

The cardiac potassium channel encoded by the human ether‐à‐go‐go related gene (HERG)
is blocked by a diverse array of common therapeutic compounds. Even transient exposure to …

The physiological properties of most ion channels are defined experimentally by functional
expression of their pore-forming α subunits in Xenopus laevis oocytes. Here, we cloned a …

Ventricular action potential waveforms reflect the coordinated activity of multiple ion
channels that open, close, and inactivate on different time scales (Fig. 1). The rapid upstroke …

Isolated polynucleotide molecules, and peptides encoded by these molecules, are used in
the analysis of human cardiac potassium channel mink Subunit variants, as well as in …

Action potential waveforms in the mammalian myocardium reflect the synchronized
activation (and inactivation) of multiple types of membrane ion channels (1) contributing …

RNAi reveals endogenous Xenopus MiRPs govern mammalian K+ channel function in oocyte
expression studies Arun Anantharam,* Antho Page 1 RNAi reveals endogenous Xenopus …

An animal model of atrial fibrillation and a method of identifying an animal exhibiting an
atrial fibrillation phenotype. The method includes providing an animal having a minK (−/−) …