无嫁接畸形释放。

Q3 Medicine
Jia Choong, Michalis Hadjiandreou, Pauline McGee, Wee Leon Lam
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引用次数: 0

摘要

并指畸形松解术旨在通过重塑蹼间隙和指侧来解决皮肤缺损问题,从而实现独立的数字运动,同时将蹼蠕动和瘢痕挛缩的风险降至最低。传统方法包括使用背侧皮瓣和趾间皮瓣以及全厚皮肤移植。最近,有几种 "无移植物 "联合畸形松解术无需植皮,从而避免了进一步的(通常较远的)供皮部位。然而,何时使用、何时不使用这些技术的适应症仍不明确。此外,局部邻近皮肤的额外募集造成的不可避免的瘢痕可能未得到足够重视。在这篇文章中,我们将重新探讨三叶皮瓣技术,该技术可在最大限度减少局部供皮部位瘢痕的同时,平衡换肤所需的皮肤量。本文详细说明了皮瓣嵌入的几何形状和细微差别,为开始采用这种技术的人提供指导。三叶形联合畸形松解技术是一种可重复、安全、可靠的单纯联合畸形松解方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Graftless Syndactyly Release.

Syndactyly release aims to address skin deficits by resurfacing web spaces and sides of digits to allow independent digital motion while minimizing the risk of web creep and scar contractures. Conventional methods include the use of a dorsal and interdigitating flaps with full-thickness skin grafts. More recently, there have been several descriptions of "graftless" syndactyly release without skin grafts, thus avoiding a further (usually distant) donor site. However, the indications of when and when not to use these techniques remain unclear. In addition, the inevitable scarring from extra recruitment of local adjacent skin is perhaps underemphasized. In this article, we revisit the trilobed flap technique which serves to balance the amount of skin needed for resurfacing digits while minimizing local donor site scarring. The geometry and nuances of the flap inset are illustrated in detail to guide those embarking on this technique. The trilobed syndactyly release technique is a reproducible, safe, and reliable method for the release of simple syndactyly.

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来源期刊
CiteScore
0.90
自引率
0.00%
发文量
54
期刊介绍: Techniques in Hand & Upper Extremity Surgery presents authoritative, practical information on today"s advances in hand and upper extremity surgery. It features articles by leading experts on the latest surgical techniques, the newest equipment, and progress in therapies for rehabilitation. The primary focus of the journal is hand surgery, but articles on the wrist, elbow, and shoulder are also included. Major areas covered include arthroscopy, microvascular surgery, plastic surgery, congenital anomalies, tendon and nerve disorders, trauma, and work-related injuries.
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