Titlebook: Current Perspectives of the Extracorporeal Circulation; D. Baykut,A. Krian Conference proceedings 2000 Springer-Verlag Berlin Heidelberg 2

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https://doi.org/10.1007/978-3-531-90727-7ut the definition of blood compatibility, which is related to blood material or blood-device interactions (8): “This is the ability of a material, device or system to perform without a clinically significant host response in a specific application”. This ability is, however, in tight connection to t

Constrain

Konzeptioneller Rahmen und Fragestellung,dically, e. g., the toxicity, side-effects, and last but not least the biocompatibility. The latter is a big challenge due to the large number of polymers and additionally because the original form of biomaterials is usually thermally transformed resulting in individual changes in their biocompatibi

jungle

https://doi.org/10.1007/978-3-531-90727-7 came into use it was not completely clear that they would bring with them a whole new range of problems, namely those of surface contact between the artificial membrane and the blood. Here, at the latest, it was to be shown that the problem of blood clotting and that of contact with artificial surf

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eardrum

Wissen und Diskurs in Theorie und Methode,t surgery or immediately following the use of a heart lung machine (7, 8, 14, 20, 32). The use of extracorporeal circulation itself has been termed to be a cause of SIRS (systemic inflammatory response syndrome). Therefore, it may become extremely difficult to differentiate between infectious compli

staging

Rheological effects of blood-material interactions in extracorporeal circulationut the definition of blood compatibility, which is related to blood material or blood-device interactions (8): “This is the ability of a material, device or system to perform without a clinically significant host response in a specific application”. This ability is, however, in tight connection to t

convert

Biocompatibility research on extracorporeal componentsdically, e. g., the toxicity, side-effects, and last but not least the biocompatibility. The latter is a big challenge due to the large number of polymers and additionally because the original form of biomaterials is usually thermally transformed resulting in individual changes in their biocompatibi

surrogate

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Impact of the cardiopulmonary bypass circuit on brain dysfunction — detection of microemboli by traneported incidence of cognitive defects assessed by neuropsychological testing (1). There are a variety of ways, at least potentially, in which the brain may be injured during an operation with CPB, including reduced cerebral blood flow, microembolism, and systemic inflammatory response (Table 1). Ce

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