Titlebook: Diuretics: Basic, Pharmacological, and Clinical Aspects; Proceedings of the I V. E. Andreucci,Antonio Canton Conference proceedings 1987 Ma

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Ion Transport and Metabolism in Renal Cellses a large percentage of energy for this dissipative process. In the kidney, the rate of respiration follows linearly the rate of active transport. Various approaches have explored the coupling between these two variables (1,2,3). One of the simplest models that attempts to explain this coupling is

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Hydrogen Secretion Regulated by Intracellular Membrane Potential: A Hypothesis on the Regulation of ent were isolated and fused to giant cells. From the evaluation of the intracellular pH-recovery after an acute acid load we postulate an electroneutral Na./H. exchange and a rheogenic HCO. transport system in the plasma membrane of these fused cells. Furosemide-induced hyperpolarization of the intr

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The Use of Amiloride Analogs to Probe Adaptations of the Proximal Tubuiar Na+/H+ Antiporter in Respoithin 24 hrs of removing one kidney fluid reabsorption is increased in the proximal tubule, providing an effective mechanism for reclaiming the bulk of the increased filtered load of solutes and water. Since this enhanced tubular reabsorption can be demonstrated in vitro, it follows that the adaptat

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Correlation between Blood Pressure and K+ Fluxes in Essential Hypertensive Patients Treated For 2 Ye(1). In the past ten years, the extensive investigation of Na. transport in erythrocytes from essential hypertensive patients revealed at least four different and . Na. transport abnormalities (for details see ref. 2, 3, 4):

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Effects of Xipamide on Transmembranary Potassium Movements and Prostacyclin Productiontihypertensive effects of diuretics(1). Moreover, several studies have established that some diuretic drugs may act on the arachidonic acid cascade(2). In fact, it has been recently reported that the modification of K. transmembrane gradient by some diuretic drugs may stimulate the generation of pro

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