2005•Unpublished venueRequires access

HERG potassium channel and drug evaluation

Zheng Jian

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Abstract

The K~(+) channel encoded by the human et her——go-go related gene(HERG) plays a very important role in human physiolo gical and pathological processes. HERG potassium channel determines the outward currents which facilitate the repolarization of the myocardial cells. Blockade o f HERG channel usually results in a long QT interval and serious arrhythmia. Thu s, HERG potassium channel has become a valuable target for screening leading com pounds for QT interval prolongation in drug development program.

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What this paper is about

The K~(+) channel encoded by the human et her——go-go related gene(HERG) plays a very important role in human physiolo gical and pathological processes. HERG potassium channel determines the outward currents which facilitate the repolarization of the myocardial cells. Blockade o f HERG channel usually results in a long QT interval and serious arrhythmia. Thu s, HERG potassium channel has become a valuable target for screening leading com pounds for QT interval prolongation in drug development program.

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Available abstract

The K~(+) channel encoded by the human et her——go-go related gene(HERG) plays a very important role in human physiolo gical and pathological processes. HERG potassium channel determines the outward currents which facilitate the repolarization of the myocardial cells. Blockade o f HERG channel usually results in a long QT interval and serious arrhythmia. Thu s, HERG potassium channel has become a valuable target for screening leading com pounds for QT interval prolongation in drug development program.

Key concepts: hERG, Potassium channel, QT interval, Repolarization, Potassium channel blocker, Pharmacology, Drug, Channel (broadcasting)

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