Jerusalem C R, Hess F, Jerusalem R
Institut für Zellbiologie und Histologie der Universität Nijmegen.
Zentralbl Chir. 1989;114(3):190-6.
Histologic studies on 1,672 functionally implanted synthetic vascular grafts of various fabrics revealed 1. an industrially coated large-porous textile prosthesis to heal faster and without less complications than conventionally preclotted ones, 2. a neointimal endothelium to regenerate only from the vascular stumps, 3. the fate of neointima and of in vitro seeded endothelium to depend on the type of the vascular graft and 4. a new type of fine fibrillar vascular (polyurethane) microprostheses to have functioned in clinically relevant lengths with excellent results.
对1672个功能植入的各种织物合成血管移植物进行的组织学研究显示：1. 一种工业涂层的大孔纺织假体比传统预凝血的假体愈合更快且并发症更少；2. 新生内膜内皮仅从血管残端再生；3. 新生内膜和体外接种内皮的命运取决于血管移植物的类型；4. 一种新型的细纤维血管（聚氨酯）微型假体在临床相关长度上发挥了作用，效果极佳。
