针对性肌肉神经重建、外组织扩张及游离肌瓣在小儿外伤性截肢肘关节抢救中的应用- 1例报告

Prakash J. Mathew , Kyla D. Rakoczy , Natalia Fullerton , Seth D. Dodds , Helen G. Hui-Chou
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引用次数: 0

摘要

作者报告了一名11岁男性在ATV事故中右上肢经桡骨截肢的靶向肌肉再神经移植(TMR)。靶向肌肉神经移植、外部组织扩张和自由肌肉转移的结合使我们能够保留肘关节功能,防止神经瘤的形成,并允许将来使用肌电假肢。TMR在儿科的应用利用了年轻患者皮质可塑性的增强,以改善创伤性损伤后的预后和生活质量,限制了截肢的其他重大经济和社会心理影响。本报告提供了第一个在没有神经瘤形成或幻肢痛的儿童患者上进行TMR的记录。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Elbow joint salvage in pediatric traumatic amputation with targeted muscle reinnervation, external tissue expansion, and free muscle flap – A case report

The authors report targeted muscle reinnervation (TMR) in an 11-year-old male who sustained a trans-radial amputation of the right upper extremity in an ATV accident. A combination of targeted muscle reinnervation, external tissue expansion, and free muscle transfer allowed us to preserve elbow function, prevent neuroma formation, and allow for the future use of a myoelectric prosthetic. The use of TMR in pediatrics leverages the enhanced cortical plasticity of younger patients to improve outcomes and quality of life following traumatic injury, limiting the otherwise significant financial and psychosocial impact of amputation. This report offers the first account of TMR performed on a pediatric patient with no neuroma formation or phantom limb pain.

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