Jain Neil, Gottlich Caleb, Campano Dominic, Fisher John, Flores Bryant, Beaver Cody
Department of Orthopedic Surgery, Texas Tech University Health Sciences Center, Lubbock, Texas.
J Orthop Case Rep. 2024 Feb;14(2):44-48. doi: 10.13107/jocr.2024.v14.i02.4212.
Distal tibia fractures are a common cause of physeal injuries that can subsequently cause deformity in pediatric populations. Limited literature exists supporting treatment strategies for varus deformities. In this study, we illustrate a unique case of premature physeal closure complicated by development of a varus ankle deformity treated with navigation guided physeal bar resection that spontaneously resolved without the requirement for guided growth.
A 6-year-old female presented to our clinic after development of a right ankle varus deformity measuring 14°. She had sustained a right Salter Harris type 3 distal tibia fracture 10 months prior and underwent fixation at an external facility. After undergoing navigation guided physeal bar resection, resolution of her deformity occurred without the use of guided growth.
Spontaneous resolution of an ankle deformity is possible after a physeal bar resection. However, in these technically demanding procedures, it is important to optimize accuracy and results using preoperative bar mapping and intraoperative three-dimensional navigation.
胫骨干骺端骨折是儿童骨骺损伤的常见原因,可导致儿童出现畸形。关于内翻畸形治疗策略的文献有限。在本研究中,我们阐述了一例独特的病例,该病例为过早骨骺闭合并伴有内翻踝关节畸形,采用导航引导下骨骺阻滞切除治疗,畸形自发矫正,无需引导性生长。
一名6岁女性因出现14°的右踝关节内翻畸形前来我院就诊。她在10个月前发生了右胫骨远端Salter Harris 3型骨折,并在外部机构接受了固定治疗。在接受导航引导下骨骺阻滞切除术后,她的畸形未经引导性生长即自行矫正。
骨骺阻滞切除术后踝关节畸形有可能自发矫正。然而,在这些技术要求较高的手术中,使用术前阻滞定位和术中三维导航来优化准确性和手术效果非常重要。