Feldman M D, Sataloff R T, Epstein G, Ballas S K
Arch Otolaryngol Head Neck Surg. 1987 Sep;113(9):963-7. doi: 10.1001/archotol.1987.01860090061020.
The sciatic nerve in rabbits was exposed, transected, and repaired using either of two methods. The experimental group had an autologous fibrin-based adhesive repair. The control group had conventional perineural suturing. The autologous tissue glue is similar in composition, handling, and performance to the commercially available European product Tisseel. It can be prepared quickly without sophisticated equipment or expense. Autologous glue obviates the risk of transmissible disease that has precluded approval of the commercial product for use in the United States. The glued anastomosis can be performed with accurate apposition and minimal trauma to the nerve. By making a fibrin cocoon, the anastomosis can be insulated. This provides some of the benefits of sheathed anastomosis while minimizing foreign body reaction. Functional evaluation and histologic results comparing the amount of anastomotic fibrosis, axonal regeneration, and alignment of fascicles showed glue to be as good as, if not superior to, conventional suture technique.
暴露兔的坐骨神经,将其切断,然后用两种方法中的任意一种进行修复。实验组采用基于自体纤维蛋白的粘合剂修复。对照组采用传统的神经外膜缝合。这种自体组织胶水在成分、操作和性能上与市售的欧洲产品Tisseel相似。它可以快速制备,无需复杂设备或高昂费用。自体胶水消除了传染性疾病的风险,而这一风险使得该商业产品在美国无法获批使用。胶水吻合术可以精确对合,对神经的创伤最小。通过形成纤维蛋白茧,可以隔离吻合处。这提供了带鞘吻合术的一些益处,同时将异物反应降至最低。功能评估和组织学结果比较了吻合口纤维化程度、轴突再生以及束状排列情况,结果显示胶水即使不优于传统缝合技术,也与之一样好。