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Titlebook: Electrical Double Layers in Biology; Martin Blank Book 1986 Plenum Press, New York 1986 biology.cell.cell membrane.membrane.protein.societ

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书目名称Electrical Double Layers in Biology
编辑Martin Blank
视频video
图书封面Titlebook: Electrical Double Layers in Biology;  Martin Blank Book 1986 Plenum Press, New York 1986 biology.cell.cell membrane.membrane.protein.societ
描述A number of apparently unrelated phenomena in biological systems (e.g., biopolymer aggregation, cell-cell interactions, ion transport across membranes) arise from the special properties of charged surfaces. A sym­ posium entitled "Electrical Double Layers in Biology", which took place at the Toronto meeting of the Electrochemical Society, 12-17 May 1985, focused on the common features of these phenomena. The papers presented at that symposium are collected here and they illustrate ways in which an under­ standing of electrical double layers can elucidate a problem in Biology. An example of this approach can be seen from the paper I presented on ion transport and excitation, where the "unusual" ion flows during nerve excitation are actually expected if one includes the effects of electrical double layers at membrane surfaces. Furthermore, the selectivity of the ion channels in these membranes can be better understood on this basis. Other presentations account for such observations as the changes in spacing between muscle proteins during contraction, the interactions of red cells to form rouleaux, the electrical properties of algal cell membranes, electrokinetic potentials during blo
出版日期Book 1986
关键词biology; cell; cell membrane; membrane; protein; society
版次1
doihttps://doi.org/10.1007/978-1-4684-8145-7
isbn_softcover978-1-4684-8147-1
isbn_ebook978-1-4684-8145-7
copyrightPlenum Press, New York 1986
The information of publication is updating

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An Empirical Relation for the Surface Potential of Phosphatidic Acid Monolayers: Its Dependence on id monolayers, bilayers, and vesicles can be prepared, along with their unique properties, has made them attractive as models for biomembranes. The actual “work” that biomembranes do depends invariably on the specific nature of their integral proteins. However, these are thought to be modulated in f
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A Fundamental Question About Electrical Potential Profile in Interfacial Region of Biological Membrarges, its potential is negative. One may assume that the distribution of positive and negative ions, near a surface with an excess of fixed negative charges, is similar to the schematic representation presented in Figure 1a. In Figure 1 b, are presented the corresponding plots of charge density, an
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The Effect of Water Polarization and Hydration on the Properties of Charged Lipid Membranes,hapman-Debye-Huckel theory for electrolytes in that the dipolar nature of the water molecules and the hydration force at the interface are explicitly included. The dielectric constant and potential of the electrolyte are calculated as functions of distance from the interface for surface charge densi
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Influence of the Surface Charge Distribution and Water Layers on the Permeability Properties of Lipmeation phenomena for polar molecules involves the interaction of the permeant at the membrane/solution interface and its penetration into the hydrocarbon core. The hydration shell of the phospholipid molecules contributes to the permeability barrier as determined by equilibrium dialysis experiments
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Facilitation of Ion Permeability of Bilayer Membranes and their Phase Transition,e presence of valinomycin, tetraphenyl boron (TPB.) or dipicylamine (DPA.) as transport facilitators. The release from pure dipalmitoyl phosphatidylcholine (DPPC) vesicles increased abruptly around the pretransition temp-earture. The steepness of the increase decreased with the width of the transiti
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