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Published on: March 12, 2013
Whole-cell analysis of NGK2 (mKv3.1a) K+ channels stably expressed in mouse fibroblast cells
T Kawamura1, K Enomoto, S Yokoyama
1Department of Biophysics, Kanazawa University School of Medicine, Japan.
Neuroscience Letters
|September 8, 1995
Abstract:
NGK2 (mKv3.1a) K+ channel cDNA was introduced into mouse B82 fibroblast cells to express in a mammalian system. The NGK2 current in the stably transformed fibroblast cells exhibited a high threshold for activation and slow decay with two components. The data suggest that the NGK2 channel may contribute to slowly inactivating K+ currents observed in excitable and inexcitable cells.
