Titlebook: Cell Membrane Transport; Principles and Techn Arnošt Kotyk,Karel Janáček Book 1975 Plenum Press, New York 1975 Alanin.Calcium.Chloroplast.F

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Kinetics of Tracer Exchanges can be attained by the use of tracers. The use of tracers provides an additional bonus in that it makes it possible to follow unidirectional fluxes of a substance under conditions when the substance moves across a membrane in both directions.

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Springer Optimization and Its Applicationsuch substances pass across the cell membranes the more rapidly the greater their partition coefficient between oil and water. The correlation between the permeability constant and the partition coefficient was further supported by studies of Collander (see Collander, 1949; Danielli, 1943, 1952; or S

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Passive Membrane Transport of Nonelectrolytesuch substances pass across the cell membranes the more rapidly the greater their partition coefficient between oil and water. The correlation between the permeability constant and the partition coefficient was further supported by studies of Collander (see Collander, 1949; Danielli, 1943, 1952; or S

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Book 1975e other hand, to omit some of the less topical subjects. There was a different reason for rewriting the section on kidney and for dropping the section on mito­ chondria. The help of an expert nephrologist was enlisted for improving chapter 24, while it was decided that mitochondria represent a speci

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and, on the other hand, to omit some of the less topical subjects. There was a different reason for rewriting the section on kidney and for dropping the section on mito­ chondria. The help of an expert nephrologist was enlisted for improving chapter 24, while it was decided that mitochondria represent a speci978-1-4613-4415-5978-1-4613-4413-1

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Active and Coupled Uphill Transportlibrium were treated. In other words, the transfer of substances, whether uncharged or ionic in character, by such systems need not be directly coupled to a source of metabolic energy, all the movement being provided for by the simple physicochemical forces (concentration, electrical potential gradients) operating in the system.