Titlebook: Biological Membrane Ion Channels; Dynamics, Structure, Shin-Ho Chung,Olaf S. Andersen,Vikram Krishnamurth Book 2007 Springer-Verlag New Yor

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https://doi.org/10.1007/978-3-476-05451-7rical signals, the arrival of an electrical signal at the synaptic terminal of a nerve causes the release of a chemical signal—a neurotransmitter molecule (the ligand, also referred to as the agonist). The neurotransmitter rapidly diffuses across the very narrow 20–40 nm synaptic gap between the cel

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Kleine Einführung in die Angewandte Ethik the cellular uptake and/or transepithelial transport of Ca., Mg., and trace metal ions. In this chapter we give a brief overview of the TRP channel superfamily followed by a survey of current knowledge concerning their structure and activation mechanisms.

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Kleine Englische Literaturgeschichtee manipulated using applied electric fields (Ise and Yoshida, 1996). Many processes in molecular biology, from self-assembly of DNA strands into bundles (Wissenburg et al., 1995) to enzymeligand docking (Gilson et al., 1994), are steered by electrostatic forces between biological macroions which are

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Ion Channels, from Fantasy to Fact in Fifty Years1ly on their biomembranes, which separate the cytoplasm from the extracellular medium, to maintain the two electrolytes at very different composition. Specialized molecules, essentially biological nanodevices, have evolved to selectively control the movement of all the major physiological species. As

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Voltage-Gated Potassium Channelstential, control action potential duration, control the rate of action potential firing, control the spread of excitation and Ca. influx, and provide active opposition to excitation. To support these varied functions, there are a large number of K. channel types, with a great deal of phenotypic dive