Article SCOPUS
Physiological Genomics  (2005)

Functional evaluation of human ClC-2 chloride channel mutations associated with idiopathic generalized epilepsies

Niemeyer M.I.; Yusef Y.R.; Cornejo I.; Flores C.A.; Sepulveda, F. V.; Cid, L. P.

Keywords: kinetics, membrane, transport, ion, protein, cell, gene, space, clamp, chloride, channel, disease, pathogenesis, prediction, mutation, embryo, channels, microscopy, line, humans, human, strain, epilepsy, deletion, vitro, electrophysiology, confocal, depletion, rna, adenosine, phosphate, article, gating, chlorides, genetic, missense, codon, transfection, type, controlled, intron, wild, study, stop, exon, priority, in, journal, triphosphate, Messenger, patch, intracellular, idiopathic, Epilepsy,, Generalized, Monophosphate, alternative, splicing, Codon,, Terminator, HEK293