
pmid: 2109346
Potassium channels play a crucial role in determining the resting membrane potential, time course, amplitude and polarity of electrical changes in most types of cells. At rest the membrane potential of a typical cell is positive to the potassium equilibrium potential (E K). When K+ channels are activated and open, the cell hyperpolarizes and the opening probability of depolarization-dependent calcium and sodium channels is reduced.
Electrophysiology, Serotonin, Potassium Channels, GTP-Binding Proteins, Electric Conductivity, Animals, Calcium, Epithelial Cells, Magnesium, Epithelium
Electrophysiology, Serotonin, Potassium Channels, GTP-Binding Proteins, Electric Conductivity, Animals, Calcium, Epithelial Cells, Magnesium, Epithelium
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