Peerless S J, Gamache F W, Hunter I G
Neurosurgery. 1981 Jun;8(6):695-8. doi: 10.1227/00006123-198106000-00010.
A continuous suture technique for microvascular end-to-side anastomosis was tested in an animal model. Twenty-five Wistar rats underwent carotid-to-carotid end-to-side anastomoses using the conventional interrupted suture technique, and another 25 animals underwent similar operations using a continuous suture method. Anastomosis patency, growth, and vessel clamp time during the operation were recorded. The continuous suture technique was found to have equivalent growth and patency figures and to be much faster than the interrupted suture method.
在动物模型中测试了一种用于微血管端侧吻合的连续缝合技术。25只Wistar大鼠采用传统间断缝合技术进行颈动脉-颈动脉端侧吻合，另外25只动物采用连续缝合方法进行类似手术。记录吻合口通畅情况、生长情况以及手术期间的血管夹闭时间。结果发现，连续缝合技术在生长和通畅情况方面与间断缝合技术相当，且比间断缝合方法快得多。
