Ion Channel Regulation By Signal Transduction Pathways
$0Z01FY2003ESNIH
Environmental Health Sciences
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Paper 26196943Paper 21035687Paper 19948726Paper 19686245Paper 18791070Paper 18715992Paper 18287061Paper 17360584Paper 16549782Paper 16537462Paper 12807917Paper 12601159Paper 12509433Paper 12016222Paper 11790300Paper 11279175Paper 11133404Paper 11118499Paper 11042187Paper 10660522
Abstract
Summary of Work: During the past year, the Membrane Signaling has reported two novel mechanisms for potassium channel regulation by signal transduction pathways: the association of calcium-activated potassium channels with cAMP-dependent protein kinase through a leucine zipper domain; the regulation of potassium channels by death receptors in lymphocytes. In addition we have initiated a new molecular study into the regulation of cardiac calcium channels by dihydropyridines, which are used to treat human cardiovascular disease. These mechanisms provide new targets for investigating the disruptive effects of environmental toxicants on cell function.
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