Titlebook: Artificial Kidney, Artificial Liver, and Artificial Cells; Thomas Ming Swi Chang (Professor of Physiology, Pr Book 1978 Springer Science+B

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Albert Roessner,Martin Fleischer,Ute Wittingthe volume of dialysate necessary for conducting effective dialysis. Sorbent regeneration of dialysate permits a system with a small volume of recirculating dialysate to maintain maximal blood to dialysate concentration gradients and to potentially achieve mass transfer efficiency equal to that of a

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https://doi.org/10.1007/978-3-322-87837-3tal blood volume within precise limits in a manner analogous to the human kidney glomerulus and tubule (1). Hemofiltration is defined as an extracorporeal process in which uremic whole blood is cleansed by a combination of ultrafiltration with convective solute loss and dilution with a physiologic s

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https://doi.org/10.1007/978-3-322-87837-3years has lit some hope; their efficacy in reducing body uremic waste nitrogen accumulation has suffered, admittedly, comparable enthusiasm. In this short presentation, we wish to give some reasons and focus the possible ways for improving the clinical efficacy of these sorbents.

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https://doi.org/10.1007/978-3-319-49530-9cells” (Chang, 1957). Their use for artificial organs came later when on calculating the total membrane area available in artificial cells (semipermeable microcapsules) of different diameters very striking results were obtained (Chang, 1964, 1966). Thus, 10 ml of 20 micron diameter microcapsules or

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Generic Attacks on Classical Feistel Ciphersalysis against 35 liters of acetate-free recirculating dialysate. Totally, 55 perfusions have been performed in 15 patients with acute liver failure (viral hepatitis 13, and halothan-associated 2) and 3 patients with post-hepatic cirrhosis (1 with porto-caval shunt). The most frequently treated pati

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Stefan Bernhard,Christian Schmidt-Wellenburg on a short-time basis (1, 2), and no long term studies of the particular charcoal hemoperfusion device used in these studies have been performed. Chang, et al (3, 4) have published the only long-term studies of charcoal hemoperfusion in the management of uremia.