Titlebook: Calcium and Ion Channel Modulation; Alan D. Grinnell,David Armstrong,Meyer B. Jackson Book 1988 Plenum Press, New York 1988 DNA.activation

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aphasia

Physiology of Multiple Calcium Channelsed in both synaptic transmission and hormone release in neuronal and secretory cells. In many excitable cells, calcium ions act as a charge carrier. Calcium ions activate the contractile machinery of both heart and skeletal muscle. In heart the slow inward Ca current is critically involved in mainta

NICE

Expression of Presynaptic Calcium Channels in , Oocytesues there appear to be a number of different types of Ca channels, based on physiological parameters (single channel conductance, ion selectivity, voltage-dependent activation and inactivation properties) and sensitivity to pharmacological agents (especially dihydropyridines, w-conotoxin (wCgTx) and

NICE

Control of a Light Emitting Photoprotein by Calcium Channels in a Hydrozoan Coelenterateison of the various mechanisms underlying light emission in these different animals has revealed that it is often triggered by activation of membrane channels. Consequently, many investigators have sought a better understanding of excitation-effector coupling through electrophysiological studies on

Small-Intestine

Calcium in Photoreceptorsd by light and diffused to the plasma membrane to bind to and block the light-dependent conductance. This proposal, as well as the discovery of light-dependent G protein binding (Kühn, 1980), GTP turnover (Fung & Stryer, 1980), and phosphodiesterase activation (Wheeler & Bitensky, 1977) stimulated m

cavity

Small Conductance Ca Activated K Channels in Mollusksed first were neurons from the marine mollusk, . . (Meech, 1976). The biophysical, pharmacological and physiological properties of that K conductance have now been studied in detail in molluscan neurons. The K conductance is not only sensitive to calcium ions but also intrinsically voltage-dependent

不透氣

Ca, Diffusion in the Cytoplasm of , Neurons: Its Relationship to Local Concentration Changesactivity of a number of membrane conductance systems. Among these are the activation of a K. channel (Meech, 1978) and the inactivation of Ca. channels (Tillotson, 1979; Eckert and Tillotson, 1981). A precise understanding of any cellular mechanism mediated by Ca. requires a definition of the Ca. co