Titlebook: Artificial Organs; Seminar Proceedings R. M. Kenedi,J. M. Courtney,Susan M. Gerard Conference proceedings 1977Latest edition Macmillan Publ

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Applikationstechniken bei der Fibrinklebungge of Science and Technology, Glasgow, in 1947. Under his guidance the department evolved into the Mechanical Engineering Group of departments of the University of Strathclyde, comprising Bioengineering, Dynamics and Control, Engineering Design and Drawing, Mechanics of Materials, Production Managem

組裝

Nierenparenchymchirurgie mit Fibrinklebungterm respiratory assistance in man. Yet the technology underlying this modality of care is of relatively long standing. Indeed it was in the mid 1950s that Clowes and his team in Cleveland (Clowes .. 1956) demonstrated the clinical feasibility of membrane oxygenation. Why then did it take 20 years t

谷類

Nephrotomie-Verschlu? durch Fibrinkleberthe devices smaller and portable, the amount of dialysate fluid has to be reduced and used in conjunction with a sorbent or eliminated altogether..The use of sorbents in dialysate regeneration, their use in haemoperfusion and their potential in hepatic assist are outlined. The problems of sorbent pa

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Grundlegende Aspekte der Fibrinklebungation of erythrocyte damage to estimation of clotting capacity. Specified in terms of the number of circulatory thrombocytes and the bleeding time, this yields significantly more relevant information for ranking materials in relation to their blood compatibility than does assessment of haemolysis al

PAD416

F. B?umer,A. Bader,F. Keller,H. A. Henrichimental results. These methods are of great utility both for data interpretation, since generalised coordinates are used, and determining either deficiencies or benefits of a particular membrane lung design. Total bypass units, of necessity, must contain large permeable membrane surface areas unless

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A. Grabosch,A. Fisseler-Eckhoffcribed. Two oxygenators are of curved rectangular channel geometry, one with vortex formation induced by pressure driven flow and the second with vortices generated by torsional oscillation of the channel. The third oxygenator is of the capillary membrane type incorporating a chamber which functions

基因組

https://doi.org/10.1007/978-3-642-73247-8, and vortices are formed in the hollows. These vortices mix the blood, cause negligible blood trauma and enhance gas transfer. When compared with capillary-type membrane lungs, oxygen transfer is improved by a factor of about five when silicone membranes are used, but when microporous membranes are

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Joan H. Sobel,Robert E. Canfieldvelopment of improved blood pumps (Kliměs .., 1975; Granger .., 1974 and Kletschka .., 1975). During the time spent by the authors in Heidelberg, they were instrumental in the development of electronically controlled systems for prolonged oxygenation as well as of diastolic cardiac arrest devices fo