Titlebook: Artificial Heart 2; Proceedings of the 2 Tetsuzo Akutsu (Vice-Director),Hitoshi Koyanagi (S Conference proceedings 1988 Springer Japan 1988

消散

In vitro and ex vivo studies of the antithrombogenicity of polyether-segmented nylon 610 of crystallvenous shunt in rabbits to estimate the number and adhesiveness of circulating platelets in a living body with an implanted shunt. The results obtained suggest that a copolymer surface with a microstructure composed of crystalline and amorphous phases minimizes the activation of adsorbed platelets, resulting in excellent thromboresistance.

connoisseur

Design and synthesis of blood-compatible polyurethane derivativesmpatible than usual polyetherurethaneureas. It was concluded that hydrophilization and hydrophobilization of the surface are effective for improving the blood compatibility of polyurethanes, which are relatively blood compatible because of their characterisitic surface structure.

terazosin

明確

整頓

,Zeitlich ver?nderliche Felder,e block copolymers has been found to affect surface properties and platelet-surface interactions. In addition, derivatization strategies for polyurethanes have been developed that enhance the specific adsorption of albumin, a surface passivating protein, and affect thrombogenicity as measured in the canine ex vivo model.

招募

Foolproof

,Zeitlich ver?nderliche Felder,ing platelet adhesion in vitro. Ex vivo evaluation of these systems in whole blood shunts under conditions of low flow rate and low shear show an impressive ability of immobilized heparin to prolong shunt patency over control materials.

寬敞

截斷

Blood material interactions: Ex vivo investigations of polyurethanese block copolymers has been found to affect surface properties and platelet-surface interactions. In addition, derivatization strategies for polyurethanes have been developed that enhance the specific adsorption of albumin, a surface passivating protein, and affect thrombogenicity as measured in the canine ex vivo model.

ALLAY