Titlebook: Clinical Disorders of Membrane Transport Processes; Thomas E. Andreoli (Edward Randall III Professor a Book 1987 Plenum Publishing Corpora

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Book 1987parent volume contains six major sections that deal with general aspects of the physiology of transport processes and specific aspects of transport processes in cells and in organized cellular systems, namely epithelia. This text contains the last section, which deals with the application of the phy

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Consensus

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https://doi.org/10.1057/9781137474193of the ultrastructure and organization of lipids and proteins in biological membranes derives largely from the study of human erythrocytes. Much of what we know about the state of water and solutes in cytoplasm, the Na.,K. pump, the Ca. pump, and some coupled, passive transport systems is based on work in red cell preparations.

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The Cellular Basis of Ischemic Acute Renal Failure,tical change or changes that doom the cell to certain death will not only add to our knowledge of cellular physiology but possibly provide the basis for therapeutic interventions aimed at preventing or delaying the onset of the irreversible change(s). It is this latter hope that has done much to stimulate research.

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Genetic Variants Affecting the Structure and Function of the Human Red Cell Membrane,of the ultrastructure and organization of lipids and proteins in biological membranes derives largely from the study of human erythrocytes. Much of what we know about the state of water and solutes in cytoplasm, the Na.,K. pump, the Ca. pump, and some coupled, passive transport systems is based on work in red cell preparations.

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Babylon and Jerusalem on the Old Kent Roadis an important determinant of Ca. homeostasis. In this chapter we shall review the normal physiological regulation of Ca. absorption in man and the alterations in intestinal Ca. absorption which characterize a variety of clinical disorders.

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Romanticism and the Contingent Selfanslocating ATPase. The efflux of HCO.. across the basolateral cell membranes of both leaky and tight epithelia appears to occur either via an anion exchanger or a conductive channel, but is not coupled directly to metabolic energy.