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指深屈肌远端离断时再植与远端多股修复的生物力学研究

A biomechanical study of reattachment versus distal multistrand repair in distal division of the flexor digitorum profundus.

作者信息

Iwuagwu F C, Shaaban H, Lees V C

机构信息

Department of Plastic and Reconstructive Surgery, Wythenshawe Hospital, Manchester, UK.

出版信息

J Hand Surg Br. 2003 Aug;28(4):369-72. doi: 10.1016/s0266-7681(03)00102-5.

Abstract

Distal division of the flexor digitorum profundus (FDP) within 10mm of its insertion is commonly treated in the same manner as avulsion of the FDP, using the "button" technique or bone suture anchor fixation. Button and bone suture anchor fixation techniques have been associated with significant complications. Importantly, both lead to shortening of the FDP which may cause flexion contracture at the distal interphalangeal joint. This study compared the breaking strength of a multistrand distal suture with reattachment using the "button-on-the-nail" technique in a laboratory cadaver model of distal FDP division. The data showed that multistrand distal suture repair was at least as strong as reattachment and has the theoretical advantage of avoiding some of the acknowledged complications of reattachment techniques.

摘要

指深屈肌(FDP)在其止点10毫米内的远端离断通常采用与FDP撕脱相同的方法治疗,即使用“纽扣”技术或骨缝线锚钉固定。纽扣和骨缝线锚钉固定技术都伴有严重并发症。重要的是,这两种方法都会导致FDP缩短,这可能会引起远侧指间关节的屈曲挛缩。本研究在远端FDP离断的实验室尸体模型中,比较了使用“指甲上纽扣”技术重新附着的多股远端缝线的断裂强度。数据表明,多股远端缝线修复至少与重新附着一样牢固,并且在理论上具有避免重新附着技术中一些公认并发症的优势。

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