Titlebook: Voltage-Sensitive Ion Channels; Biophysics of Molecu H. Richard Leuchtag Book 2008 Springer Science+Business Media B.V. 2008 animals.biolog

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Animal Electricity,ganisms in terms of physical laws. This book seeks to trace this endeavor in the area of voltage-sensitive ion channels. Like all subjects, electrophysiology has a history. In this chapter we will briefly review the early history of bioelectricity..The common view of science as an edifice that is bu

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Aspects Of Condensed Matter,eous media. To further our goal of explaining the behavior of the voltage-sensitive ion channels, we will review the physics of condensed materials with an eye to possible clues to the understanding of these channels. If we are to have a fair start in understanding their behavior in basic physical t

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Ions In The Electric Field, open question, particularly as long as the structure of voltage-sensitive ion channels is not fully understood. It is therefore worthwhile to acquaint ourselves with the movement of ions through materials that are well characterized. Let us step back a bit and recast this question more broadly: How

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Multi-Ion And Transient Electrodiffusion,w consider two complications: multi-ion electrodiffusion and time-dependent electrodiffusion. We will also note that the system of electrodiffusion equations obeys a set of scaling rules. We close this chapter with a critique of the classical electrodiffusion model as applied to membranes containing

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,What’s That Noise?,It was not until the development of the kinetic theory of gases in the latter part of the 19th Century that Brownian movement was found to be caused by thermal motions of the molecules in the liquid environment of the particles. The quantitative behavior of Brownian particles in thermal equilibrium

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Ion Channels, Proteins And Transitions,tage-sensitive ion conducting system is temperature-sensitive and has a heat-block temperature. Pulsing the temperature abruptly changes the membrane conductance. The membrane has significant optical properties, particularly birefringence. The membrane has significant electromechanical properties: I