Titlebook: Concepts and Models; Daniel C. Tosteson (Dean) Book 1978 Springer-Verlag Berlin, Heidelberg 1978 bacteria.biology.cell.cell membrane.chlor

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Nonequilibrium Thermodynamics of Isotope Flow through Membranes,lay a crucial role in such a description. Following the pioneering work of . (1949) on the flux ratio, further applications of the methods of nonequilibrium thermodynamics were worked out by . (1962) and . and . (1965). All thermodynamic descriptions of isotope transport suffer from an inherent diff

Ataxia

Use of Microelectrodes for Measurement of Membrane Potentials,membranes under normal and pathologic conditions. In the present context a biological membrane is synonymous with the plasma membrane, even though the same words have been used with equal right to designate a layer of cells separating one compartment in the organism from another. Detailed knowledge

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Chemical Composition of Membranes,tructure and behavior have closely paralleled the emergence of data on the chemical and biochemical composition of cells and their membranous components. Obviously, without the availability of data on the chemical nature of cellular components, little progress could have been made in understanding t

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Mechanisms of Ion Transport and ATP Formation,ons such as Na. and Ca.. Since the aqueous environment of this planet has an abundance of unwanted and a limited supply of wanted ions, the cell was forced to open up an import-export business of major proportions.

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Membrane Immunological Reactions and Transport,question was raised as to whether one could prepare by immunization antibody molecules specific for antigenic determinants on transport enzymes. It was assumed that such antibodies would be useful 1) for an analysis of the topographic distribution of the membrane transport units, 2) in the biochemic

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Channels in Black Lipid Films, determine whether conductance is . a pore-like mechanism. This will be first in order of business. Next we will discuss the basic properties of the conductance at a macroscopic level such as voltage-current curves, response to a voltage-pulse, and dependence of conductance on pore-former concentrat

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Membrane Transport in Biology,f physiology, biochemistry, biophysics, anatomy, medicine, pathology, and pharmacology, all these areas developing their own nomenclature, their own experimental approaches and their own pet ideas and phobias. There has not been time for interdisciplinary exchange of information and ideas. There is