Ankle Muscle Strength and Gait Function After Dorsal Closing Wedge Calcaneal Osteotomy for Haglund Exostosis–Related Heel Pain

IF 2.4 2区 医学 Q2 ORTHOPEDICS Foot & Ankle International Pub Date : 2024-04-15 DOI:10.1177/10711007241241264
Bernd Friesenbichler, Thomas Rutishauer, Pascal Rippstein, Renate List, Samara Monn, Jens Mainzer, Nicola A. Maffiuletti
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Abstract

Background:Haglund exostosis–related heel pain may be surgically treated with dorsal closing wedge calcaneal osteotomy (DCWCO). Recent reports on this technique show good clinical and self-reported outcomes. However, uncertainty about functional consequences related to ankle muscle strength and gait function due to a shortened Achilles tendon lever arm exists.Methods:Fifteen patients (15 feet) with Haglund exostosis–related heel pain were surgically treated with DCWCO and evaluated before and 1 year after surgery. Isometric plantar flexion and dorsiflexion strength was quantified for both the involved and the uninvolved limb. Gait analysis was performed at a self-selected walking speed using a 3D motion capture system including force plates. Self-reported outcomes (Foot Function Index and Global Treatment Outcome) were also assessed.Results:Before surgery, as well as after surgery, plantar flexion strength of the involved limb was significantly lower compared to the uninvolved limb while dorsiflexion strength did not differ between limbs at both time points. Step length and time, ankle flexion angles, power generation, and propulsive impulses during gait did not differ between limbs both before and after surgery. Propulsive impulse and step length of the involved limb increased from pre- to postsurgery with an effect size of 1.04 and 0.48, respectively, revealing a general improvement in gait dynamics. Total Foot Function Index improved by 48% after surgery, and 80% of patients rated their surgery as “helped” or “helped a lot” (Global Treatment Outcome).Conclusion:In this relatively small cohort, we found that patients treated for Haglund exostosis–related heel pain with DCWCO surgery had minor interlimb differences in gait kinematics and kinetics and generally improved gait dynamics and self-reported function at 1-year follow-up.Level of Evidence:Level II, observational prospective cohort study.
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背侧闭合楔形钙骨截骨术治疗哈格隆德外骨质增生引起的足跟痛后的踝关节肌肉力量和步态功能
背景:与 Haglund 外骨质增生相关的足跟痛可通过背侧闭合楔形小关节截骨术(DCWCO)进行手术治疗。最近有关该技术的报道显示,其临床效果和自我报告结果都很好。方法:15 名患有 Haglund 外骨质增生相关性足跟痛的患者(15 英尺)接受了 DCWCO 手术治疗,并在术前和术后 1 年进行了评估。对受累肢体和未受累肢体的等长跖屈和外翻力量进行量化。步态分析是通过三维运动捕捉系统(包括测力板)以自选步行速度进行的。结果:手术前和手术后,受累肢体的跖屈力量明显低于未受累肢体,而在两个时间点,受累肢体和未受累肢体的背屈力量没有差异。手术前后,不同肢体的步长和时间、踝关节屈曲角度、发电量和步态时的推进冲量均无差异。从手术前到手术后,受累肢体的推进冲力和步长有所增加,影响大小分别为 1.04 和 0.48,这表明步态动力学普遍有所改善。术后足部总功能指数提高了48%,80%的患者将其手术评为 "有帮助 "或 "帮助很大"(总体治疗结果)。结论:在这项规模相对较小的队列研究中,我们发现接受DCWCO手术治疗的哈格隆外翻相关跟痛症患者在步态运动学和动力学方面的肢体间差异较小,在1年的随访中步态动态和自我报告的功能普遍得到改善。
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来源期刊
Foot & Ankle International
Foot & Ankle International 医学-整形外科
CiteScore
5.60
自引率
22.20%
发文量
144
审稿时长
2 months
期刊介绍: Foot & Ankle International (FAI), in publication since 1980, is the official journal of the American Orthopaedic Foot & Ankle Society (AOFAS). This monthly medical journal emphasizes surgical and medical management as it relates to the foot and ankle with a specific focus on reconstructive, trauma, and sports-related conditions utilizing the latest technological advances. FAI offers original, clinically oriented, peer-reviewed research articles presenting new approaches to foot and ankle pathology and treatment, current case reviews, and technique tips addressing the management of complex problems. This journal is an ideal resource for highly-trained orthopaedic foot and ankle specialists and allied health care providers. The journal’s Founding Editor, Melvin H. Jahss, MD (deceased), served from 1980-1988. He was followed by Kenneth A. Johnson, MD (deceased) from 1988-1993; Lowell D. Lutter, MD (deceased) from 1993-2004; and E. Greer Richardson, MD from 2005-2007. David B. Thordarson, MD, assumed the role of Editor-in-Chief in 2008. The journal focuses on the following areas of interest: • Surgery • Wound care • Bone healing • Pain management • In-office orthotic systems • Diabetes • Sports medicine
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