高分辨率磁共振成像证实扭转损伤是踝关节和腓总(腓肠)神经联合损伤的机制。

Rohin Singh, Kimberly K Amrami, Robert J Spinner
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引用次数: 0

摘要

踝关节骨折导致的腓总神经(CFN)损伤是一种报告不足的并发症。作者提出,踝关节的扭转损伤可沿着骨间膜(IOM)转移,在腓骨颈部对腓总神经产生张力。一名 23 岁女性因左足下垂来我院就诊。三个月前,患者在跑步时摔倒,左脚踝内翻受伤。她被诊断为踝关节轻微骨折,并穿上了矫形靴。不幸的是,她的肿胀加剧,一周后被诊断为足下垂,EMG 检查进一步证实了这一诊断,显示腓骨颈局部有严重的 CFN 损伤。由于没有恢复,她接受了 CFN 减压术。她的症状立即得到缓解。该病例的高分辨率成像支持了我们之前提出的踝关节间接创伤导致 CFN 损伤的机制。(外科骨科进展杂志》33(1):053-055,2024 年)。
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High Resolution MRI Confirms Torsional Injury as Mechanism for Combined Ankle and Common Fibular (Peroneal) Nerve Injuries.

Common fibular nerve (CFN) injury due to ankle fracture is an underreported complication. The authors have proposed that torsional injury to the ankle can be translated along the interosseous membrane (IOM), producing tension on the CFN at the fibular neck. A 23-year-old woman presented to our clinic for left foot drop. Three months prior, the patient sustained a fall with left ankle inversion injury while running. She was diagnosed with a minor ankle fracture and placed in an orthopaedic boot. Unfortunately, her swelling worsened and one week later the patient was diagnosed with foot drop, which was further corroborated with EMG studies showing severe CFN injury localizing to the fibular neck. Because of the lack of recovery, she underwent decompression of the CFN. She experienced immediate symptomatic relief. High resolution imaging in this case supports our previous mechanism for indirect trauma to the ankle resulting in CFN injury. (Journal of Surgical Orthopaedic Advances 33(1):053-055, 2024).

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