Pafitanis Georgios, Pahal Gurjinderpal Singh, Myers Simon, Ramakrishnan Venkat
Group for Academic Plastic Surgery, The Blizard Institute, Queen Mary University of London, London, United Kingdom.
Guy's and St Thomas' NHS Foundation Trust, London, United Kingdom.
Plast Reconstr Surg Glob Open. 2020 Jan 27;8(1):e2611. doi: 10.1097/GOX.0000000000002611. eCollection 2020 Jan.
We present the "needle-splint" technique, a microsurgical suturing technique that enhances micro-suturing technique, while ensures finer apposition and vessels walls eversion during the placement of sutures in microvascular anastomosis. This report demonstrates the usefulness of this technique in simple interrupted, continuous-interrupted, or multi-loops microsurgical suturing. It further allows direct visualization of the intra-wall-edges space and intimal sutures surface and could be utilized as a safety stabilizer to errors as it allows optimal vessels alignment while the needle curvature is acting as a "pusher" to separate the posterior wall during knot tying.
我们介绍“针夹”技术，这是一种显微外科缝合技术，可增强显微缝合技术，同时在微血管吻合术中放置缝线时确保更精细的对合和血管壁外翻。本报告展示了该技术在单纯间断、连续间断或多环显微外科缝合中的实用性。它还能直接观察血管壁边缘间隙和内膜缝合表面，并且可作为一种安全稳定器以减少失误，因为它能实现最佳的血管对齐，同时针的弯曲度在打结时可作为“推动器”来分离后壁。
