不同组织粘接剂的动物对比实验。1 .抗拉强度研究。2组织学和形态计量学研究]。

E Stephan, P Buntrock, S Köhler
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引用次数: 0

摘要

本文首次介绍了广泛的组织学和组织形态学研究的结果,研究了组织粘接剂在动物模型实验中的抗拉强度。在比较研究中使用的材料是TISSEEL,一种基于纤维蛋白原的人体粘合剂,HISTOACRYL-blue,一种氰基丙烯酸酯,和KL-3,一种聚氨酯粘合剂。在这些研究中使用的所有材料都被证明主要适合作为组织粘接剂。生物胶粘剂TISSEEL的性能明显优于其他胶粘剂,而两种合成胶粘剂HISTOACRYL-blue和KL-3的性能基本相同。本论文中描述的动物模型被推荐作为测试新组织粘接剂适用性的标准技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Comparative animal experiments of different tissue adhesives. I. Tensile strength studies. II. Histologic and morphometric studies].

This paper for the first time presents the results of extensive histological and histomorphometric studies investigating the tensile strength of tissue adhesives in model experiments on animals. The material used in comparative studies were TISSEEL, a human adhesive based on fibrinogen, HISTOACRYL-blue, a cyanoacrylate, and KL-3, a type of urethane adhesive. All the materials used in these studies were shown to be principally suitable as tissue adhesives. TISSEEL, the biological adhesive, was obviously superior to all the other adhesives whereas the two synthetic adhesives HISTOACRYL-blue and KL-3 were found to be roughly equal in their properties. The animal model described in the present paper is recommended for use as a standard technique for testing the suitability of new tissue adhesives.

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