Titlebook: Biomembranes : Passive Permeability of Cell Membranes; A satellite symposiu F. Kreuzer,J. F. G. Slegers Book 1972 Plenum Press, New York 19

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https://doi.org/10.1007/978-3-031-23859-8facilitated transfer in red cells (Forsling & Widdas, 1968). In this work we determined the concentration of three diphenolic inhibitors which produced 50% inhibition of glucose exit from cells previously loaded with 76 mM glucose.

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Landslides: Global Risk Preparednessranes, Granada, Spain, June, 1971. It will appear in the Proceedings of that Symposium; and therefore we present here merely an abstract of this material for the sake of completeness of the record of this Symposium. Further details will be found in the article “Molecular Basis for the Action of Macr

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Landslides: Global Risk Preparednessof flux and many attempts are being made to evaluate more precisely the contribution of lipids to the properties of the biological interfaces. Recent advances in separation and analytical techniques have made it possible to isolate pure membrane preparations and to determine their detailed lipid com

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S.P. Pradhan,V. Vishal,T.N. Singhorth considering why this is so. The major reason, although other factors contribute, is probably that there exist within the membrane a region which is essentially aqueous and a region which is essentially non-aqueous, and the proteins are distributed between the two. As this bimodality cannot at p

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Tariq Siddique,S. P. Pradhan,V. Vishaln, van Deenen and Luzzati have shown that systems of phospholipid molecules may exhibit a large variety of organization forms, or phases, depending upon the chemical composition of the molecules, the water content of the system and the temperature (Chapman, 1965; Chapman and Wallach, 1968; Van Deene

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https://doi.org/10.1007/978-3-319-77377-3ncentrations while LK individuals have the converse concentrations. This difference in cation composition, which is controlled by a single genetic locus with two alleles (Evans and King, 1955), can be explained in sheep by the higher pump fluxes and lower passive fluxes of K in HK than in LK cells (