Physiology · 1990 · 77 citations · 0 references
Natural SciencesBiophysicsCell BiologyCell BiophysicsCell PhysiologyIon Channel BiophysicsCell Volume RegulationIon Channel PhysiologyIon Channel RegulationIon ChannelsCell Volume SensingCellular Ion HomeostasisIntracellular Ion HomeostasisIon Channel Function
Exposure of many vertebrate cells to solutions more dilute or concentrated than the physiological "norm" results in an initial increase or decrease in cell volume followed by a recovery of volume toward a normal value. Although the basic strategy for volume regulation is the same for cell types studied, the mechanism by which the cell regulates ion channels appears to be tissue dependent.