Gross Christopher E, Adams Samuel B, Easley Mark, Nunley James A, DeOrio James K
Department of Orthopaedic Surgery, Medical University of South Carolina, Charleston, South Carolina (CEG).
Department of Orthopaedic Surgery, Duke University Medical Center, Durham, North Carolina (SBA, ME, JAN, JKD).
Foot Ankle Spec. 2017 Feb;10(1):37-42. doi: 10.1177/1938640016666918. Epub 2016 Sep 20.
Impingement may be an underreported problem following modern total ankle replacements (TARs). The etiology of impingement is unclear and likely multifactorial. Because of the lack of conservative treatment options for symptomatic impingement after TAR, surgery is often necessary.
We retrospectively identified a consecutive series of 1001 primary TARs performed between January 1998 and December 2014. We identified patients who required a secondary surgery to treat soft-tissue and bony impingement by either an open or arthroscopic procedure. Functional and clinical outcomes, including secondary procedures, infections, complications, and failure rates, were recorded.
In all, 75 patients (7.5%) required either open (n = 49) or arthroscopic debridement for impingement after TAR; 44 patients had >12 months of follow-up, with a follow-up of 26.5 months after their debridement procedure. The mean time to the debridement procedure for all prostheses was 29.3 months, with an average of 38.7 months in STAR, 21.8 months in INBONE, and 10.5 months in Salto Talaris patients. Of the patients with more than 1 year's follow-up from their debridement, 84.1% were asymptomatic; 9 patients (20.4%) had repeat operations after their debridement procedure. Of these, 5 patients required a repeat debridement of their medial or lateral gutters for a failure rate of 11.4%.
Both arthroscopic and open treatment of impingement after total ankle arthroplasty are safe and effective in improving function and pain. Although the rates for revision impingement surgery are higher in arthroscopic compared with open procedures, they are not significantly so. Therefore, we recommend arthroscopic surgery whenever possible because of earlier time to weight bearing and mobility.
Level IV.
在现代全踝关节置换术(TAR)后,撞击可能是一个未被充分报道的问题。撞击的病因尚不清楚,可能是多因素的。由于TAR后有症状的撞击缺乏保守治疗选择,手术往往是必要的。
我们回顾性地确定了1998年1月至2014年12月期间连续进行的1001例初次TAR病例。我们确定了需要通过开放手术或关节镜手术进行二次手术以治疗软组织和骨撞击的患者。记录了功能和临床结果,包括二次手术、感染、并发症和失败率。
总共有75例患者(7.5%)在TAR后需要进行开放手术(n = 49)或关节镜清创术来治疗撞击;44例患者随访时间超过12个月,清创术后随访时间为26.5个月。所有假体进行清创术的平均时间为29.3个月,STAR假体平均为38.7个月,INBONE假体为21.8个月,Salto Talaris假体患者为10.5个月。在清创术后随访超过1年的患者中,84.1%无症状;9例患者(20.4%)在清创术后进行了再次手术。其中,5例患者需要对内侧或外侧沟进行再次清创,失败率为11.4%。
全踝关节置换术后撞击的关节镜和开放治疗在改善功能和疼痛方面都是安全有效的。尽管关节镜下翻修撞击手术的发生率高于开放手术,但差异不显著。因此,我们建议尽可能采用关节镜手术,因为负重和活动时间更早。
四级。