Titlebook: Biomaterials in Artificial Organs; J. P. Paul,J. D. S. Gaylor,T. Gilchrist Book 1984 Palgrave Macmillan, a division of Macmillan Publisher

生命

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天真

Workshop Discussion On Chapter 13,e membrane to saline or to blood from which the white cells or platelets had been removed. He was interested in more information on the mechanism. Lindsay replied that saline had been used but that the other approaches had not been carried out. He added that an interesting feature was the fact that

expository

Mangle

New Technologies For Extracorporeal Enzymatic Detoxification, Different approaches towards this aim have been reported (Chang, 1969; Brunner and Jaworek, 1976; Schmer et al., 1981). The physiological detoxification of the majority of endogenous toxins requires phase I and phase II reactions and high energetic cofactors like uridine disphosphoglucuronic acid (

突襲

Biocompatibility Of Membrane Plasma Separators And Applications For Chronic Hepatic Assist,ells to complex devices utilising multiple components in an attempt to assist or replace hepatic function. Of the functions provided by the liver, detoxification has been the one most commonly addressed in hepatic assist procedures. Various techniques have been used for detoxification including perf

countenance

Adult Rat Hepatocyte Cultures As The Cellular Component Of An Artificial Hybrid Liver,can be regained when sufficient hepatocyte regeneration occurs or a suitable donor organ is available for transplantation. The presence of phenolic compounds, free fatty acids, ammonia and mercaptans in high concentrations in the serum of patients with hepatic coma is well established (Zieve, 1981).

Flatus

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薄膜

Palgrave Macmillan, a division of Macmillan Publishers Limited 1984