PDF(Pubmed)
Abstract：
Obstructions encountered in biliary, gastrointestinal, and urinary tracts are increasing in number due to successful percutaneous and endoscopic organ-saving procedures. Although functional recovery is established to an extent, failure of traversing an obstruction may end up necessitating invasive surgical procedures. Multidisciplinary collaboration may traverse the limitations of each individual approach, therefore creating the perfect intervention for the patient. Magnetic compression anastomosis is a minimally invasive procedure that can provide a great outcome in select cases with biliary, gastrointestinal, or urinary tract obstructions. CRITICAL RELEVANCE STATEMENT: In this article, various applications of magnetic compression anastomosis are reviewed with illustrative cases of esophageal, biliary, colonic, and urinary obstructions that cannot be traversed with a wire. This method will expand the spectrum of interventions performed in the IR unit. KEY POINTS: Magnets can enable wire access beyond an impassable obstruction. Magnets can create anatomical and non-anatomical anastomosis at an occlusion. Magnetic compression anastomosis is a minimally invasive procedure that can provide great outcomes.
摘要：
胆道阻塞,胃肠,由于成功的经皮和内窥镜器官保存程序，泌尿道的数量正在增加。尽管在一定程度上建立了功能恢复，穿越阻塞的失败可能最终需要进行侵入性外科手术。多学科合作可能会跨越每种方法的局限性，从而为患者创造完美的干预。磁压缩吻合术是一种微创手术，可以在选定的胆道病例中提供良好的结果，胃肠,或者尿路阻塞.关键相关声明：在本文中，磁性压缩吻合术的各种应用与说明性的食管病例进行了回顾，胆道,结肠,和无法用电线穿过的尿路阻塞。该方法将扩展在IR单元中执行的干预的范围。关键点：磁铁可以使电线进入一个无法通过的障碍。磁体可以在闭塞处产生解剖和非解剖吻合。磁压缩吻合术是一种微创手术，可以提供良好的效果。
