Titlebook: Cell Membrane Transport; Experimental Approac David L. Yudilevich,Rosa Devés,Z. Ioav Cabantchik Book 1991 Springer Science+Business Media N

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The Use of Ion-Selective Microelectrodes to Study Cellular Transport Processesd the introduction of liquid membranes (Walker, 1971) have allowed the technique to be used not only in large cells, typically of invertebrates, but also in smaller cells such as smooth muscle fibers, vertebrate neurons or tubular epithelia of the kidney.

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Industry Associations and Research Bodiestigate the energetics of organic solute active transport (e.g.sugars and dipeptides), b) reveal the separate pathways involved in the transfer of a given solute across the cell membrane (e.g. K. transport) and c) study intracellular transport events.

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Transport Studies in Isolated Enterocytestigate the energetics of organic solute active transport (e.g.sugars and dipeptides), b) reveal the separate pathways involved in the transfer of a given solute across the cell membrane (e.g. K. transport) and c) study intracellular transport events.

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Cell Culture in the Study of Epithelial Development and Functions allowing the study of ion and non-electrolyte transport in epithelia of simplified cellular composition. In addition they have become the model of choice in studies of the cell biology of membrane polarity generation.

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Methodological Guide for Studying Epithelial Transport with Isolated Membrane Vesiclester, cellular components usually have to be purified to homogeneity before studies on the properties of the component can be initiated. Thus studies on isolated membranes can focus either on questions related to cellular physiology, on questions related to the molecular properties of membrane components, or on both.