Noishiki Y
J Biomed Mater Res. 1976 Sep;10(5):759-67. doi: 10.1002/jbm.820100508.
Dacron vascular prostheses were examined under both light and electron microscopes from 1 to 1184 days after implantation in the thoracic aorta of 96 dogs. Each Dacron fiber of the implanted prostheses was found to be covered with a single layer, which closely resembled the outer half leaflet of plasma membrane. The control experiment in vitro revealed that when untreated Dacron fibers were dipped into a solution of lecithin, the fibers became covered with monomolecular leaflets of lecithin micelles. On the basis of the in vivo and in vitro findings, it was suggested that the implanted Dacron fibers of vascular prosthesis were covered at an early stage with a monomolecular micelle layer of phospholipid or phospholipoproteins originating from the living body, and thus became adapted to the living body.
在96只狗的胸主动脉植入涤纶血管假体后1至1184天,分别用光学显微镜和电子显微镜对其进行了检查。发现植入假体的每根涤纶纤维都覆盖有一层,这层与质膜的外半叶非常相似。体外对照实验表明,当未处理的涤纶纤维浸入卵磷脂溶液中时,纤维会被卵磷脂微团的单分子层覆盖。基于体内和体外的研究结果,有人提出血管假体植入的涤纶纤维在早期被源自活体的磷脂或脂蛋白单分子微团层覆盖,从而适应了活体。