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The concentration of cytosolic free calcium ([Ca2 +J is critically importanl ) for the control of many essential cellular responses. Changes in [Ca2+] can control specialized functions like excitability, contraction, or exo· cytosis while also regulating universal cellular activities such as metabolisrr and gene expression. In most cells, elevations in [Ca2 +]j arise from Ca 2-+ entry via Ca2 + channels in the surface membrane, or Ca 2+ discharge frorr internal stores, or both. These Ca 2+ delivery systems are the subject 01 this review. Mechanisms that tend to return [Ca 2 +]j toward its low restin� value include extrusion of Ca 2+ across the surface membrane or reseques· tration by internal Ca 2+ stores. Restorative processes such as Ca2+ pump� or Na+-Ca2+ exchangers have been reviewed elsewhere (e.g. Inesi 1985. Carafoli 1987 ; Blaustein 1988 ; Schatzmann 1989). Over the last few years, knowledge about mechanisms of Ca2 + entry ane Ca 2+ discharge from intracellular Ca2 + stores has increased dramatically Patch clamp recordings and other electrical methods have provided ne.... views of Ca2+ channel activity, often at the single channel level. Ca2+ channels in internal organelles have been studied by incorporating them in artificial bilayers.
Annual Review of Cell and Developmental Biology – Annual Reviews
Published: Nov 1, 1990
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