Titlebook: Ion Channels; Toshio Narahashi Book 1996 Springer Science+Business Media New York 1996 cell.cell membrane.membrane.neurons.proteins.recept

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overrule

olume 4 explores suchemergent topics as:three-dimensional conceptions of ion channelproteins based on theavailable structural and functional data; thestructure,pharmacology, and regulation of the GABA.A.receptors; and theCa2+-dependent K+ channels inadrenal chromatic cellmembranes.978-1-4899-1777-59

懦夫

Regulation of Calcium Release Channel in Sarcoplasmic Reticulum, by Ca., caffeine, and ATP and blocked by Mg., procaine, and ruthenium red (Nagasaki and Kasai, 1983; Yamamoto and Kasai, 1982a,b; Tatsumi ., 1988). To understand the mechanism of Ca. release from SR, investigation of the properties of the Ca. channel is important.

ARENA

The GABAA Receptors,sed on the combinatorial assembly of structurally related subunits. The heteromeric subunit structure also permits synaptic plasticity by changes in subunit composition and subunit-specific posttranslational modification. In addition, receptor heterogeneity offers the potential for cell type-specific drug targeting.

Bother

Single-Channel Studies in Molluscan Neurons,d to the establishment of . preparations ranging from the isolated squid axon nerve to single-cell culture systems. Hence it became possible to study the effects of the various neurotransmitters, second messengers, and toxic substances on properties of single identified neurons.

cushion

ION Channels and Membrane Receptors in Follicle-Enclosed , Oocytes, studying the transcribed proteins (Gurdon ., 1971; Barnard ., 1982; Miledi ., 1982; Gundersen ., 1983,1984; Colman, 1984a,b). Because of all the background knowledge accumulated, and because . oocytes offer many advantages, they are now commonly used in laboratories interested in diverse areas of the biomedicai sciences.

gerontocracy

Calcium-Activated Potassium Channels in Adrenal Chromaffin Cells, and aspects of the resting potential. Furthermore, K. channels appear to be important targets of biochemical cascades that modulate ion channel function, since subtle alterations in K. channel function can markedly change the underlying electrical behavior of a cell.

Vasoconstrictor

Ion Channelshttp://image.papertrans.cn/i/image/475146.jpg

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978-1-4899-1777-5Springer Science+Business Media New York 1996

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