Cheng Yu, Yang Huilin, Ni Li, Song Dawei, Zhang Hongtao
Department of Orthopedics, The First Affiliated Hospital of Soochow University 188 Shizi Street, Suzhou 215006, Jiangsu, China.
Int J Clin Exp Med. 2015 Apr 15;8(4):6303-7. eCollection 2015.
The increase in proportional loading of the fibula with progression of hindfoot deformity would lead to high fibular loads during rapid walking, resulting in insufficiency fractures. We report an unusual mechanism of such fracture in a textile worker resulting from valgus alignment from a stage III flatfoot deformity. The stress fracture was missed initially and only confirmed by CT examination. The patient responded well to nonoperative treatment and had an excellent recovery with no residual symptoms finally. Fracture of the distal fibula caused by rigid hindfoot valgus in stage III flatfoot deformity is a previously undescribed injury. We report a patient who presented with this injury, the possible mechanisms of such injury, its management and outcome.
随着后足畸形的进展,腓骨的比例负荷增加,这将导致快速行走时腓骨承受高负荷,从而引发应力性骨折。我们报告了一名纺织工人因III期扁平足畸形导致的外翻对线而发生的这种骨折的不寻常机制。该应力性骨折最初被漏诊,仅通过CT检查得以确诊。患者对非手术治疗反应良好,最终恢复极佳,无残留症状。III期扁平足畸形中僵硬性后足外翻导致的腓骨远端骨折是一种此前未被描述过的损伤。我们报告了一名出现这种损伤的患者、这种损伤可能的机制、其治疗方法及结果。