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Endoscopic radial artery harvesting for U-clip high-flow EC-IC bypass: technical report.

机译:内窥镜radial动脉采集用于U型夹高流量EC-IC旁路:技术报告。

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INTRODUCTION: Bypass and aneurysm trapping constitute a well-known surgical solution for aneurysms that are not suitable for clipping or coiling. New techniques are available that make EC-IC bypass procedures easier, safer and, possibly, less invasive. The nitinol self-closing U-Clip device (Medtronic, Inc., Minneapolis) has been designed to facilitate the interrupted suture technique by eliminating the need for suture management, knot tying, and surgical assistance. MATERIALS AND METHODS: We present two consecutive U-clip bypass procedures in which the radial artery graft was harvested endoscopically. RESULTS: This novel bypass technique employs endoscopy to minimise arm injury due to radial artery harvesting and self-closing U-clips to simplify the intracranial micro-anastomosis and reduce the temporary occlusion time. Angiography confirmed bypass patency in all patients. DISCUSSION: Combined with the innovative use of U-clips, these two examples illustrate how new technologies can simplify EC-IC bypass surgery while yielding a better cosmetic and functional outcome.
机译:简介:搭桥术和动脉瘤捕获术是一种不适合于钳夹或盘绕的动脉瘤的著名外科解决方案。可以使用新技术使EC-IC旁路程序更容易,更安全,并且可能侵入性更小。镍钛合金自动闭合U形夹装置(明尼阿波利斯的Medtronic,Inc.)经过设计,通过消除对缝合线的管理,打结和外科手术的帮助,从而促进了间断缝合技术。材料与方法:我们介绍了两个连续的U型夹旁路手术,其中在内窥镜下收集radial动脉移植物。结果:这项新颖的旁路技术采用内窥镜检查,以最大程度地减少因radial动脉采集和自闭合U形夹而造成的手臂损伤,从而简化颅内微吻合术并减少暂时性闭塞时间。血管造影证实所有患者均行旁路通畅。讨论:结合U型夹的创新使用,这两个例子说明了新技术如何简化EC-IC旁路手术,同时产生更好的美容和功能效果。

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