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影响正中神经减压的正常手掌解剖结构及变异

Normal Palmar Anatomy and Variations That Impact Median Nerve Decompression.

作者信息

Seiler John G, Daruwalla Jimmy H, Payne Samuel H, Faucher Gregory K

机构信息

From Georgia Hand, Shoulder, and Elbow, Atlanta, GA (Dr. Seiler and Mr. Payne) and the Department of Orthopaedic Surgery, Emory University School of Medicine, Atlanta (Dr. Daruwalla and Dr. Faucher).

出版信息

J Am Acad Orthop Surg. 2017 Sep;25(9):e194-e203. doi: 10.5435/JAAOS-D-16-00038.

Abstract

Annually, carpal tunnel release is one of the most commonly executed orthopaedic procedures. Despite the frequency of the procedure, complications may occur as a result of anatomic variations. Understanding both normal and variant anatomy, including anomalies in neural, vascular, tendinous, and muscular structures about the carpal tunnel, is fundamental to achieving both safe and efficacious surgery. Reviewing and aggregating this information reveals certain principles that may lead to the safest possible surgical approach. Although it is likely that no true internervous plane or so-called safe zone exists during the approach for carpal tunnel release, the long-ring web space axis does appear to pose the lowest risk to important structures.

摘要

每年,腕管松解术都是最常实施的骨科手术之一。尽管该手术实施频率很高,但由于解剖变异仍可能发生并发症。了解正常和变异的解剖结构,包括腕管周围神经、血管、肌腱和肌肉结构的异常,是实现安全有效的手术的基础。回顾和汇总这些信息揭示了某些可能导致最安全手术方法的原则。虽然在腕管松解术的手术过程中可能不存在真正的神经间平面或所谓的安全区,但长环指蹼间隙轴对重要结构的风险似乎最低。

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