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采用锚钉至桩钉缝线加强技术修复解剖学三角韧带:技术要点

Anatomic deltoid ligament repair with anchor-to-post suture reinforcement: technique tip.

作者信息

Lack William, Phisitkul Phinit, Femino John E

机构信息

Department of Orthopaedics and Rehabilitation, Roy and Lucille Carver College of Medicine, The University of Iowa, Iowa City, IA 52242, USA.

出版信息

Iowa Orthop J. 2012;32:227-30.

Abstract

The deltoid ligament is the primary ligamentous stabilizer of the ankle joint. Both superficial and deep components of the ligament can be disrupted with a rotational ankle fracture, chronic ankle instability, or in late stage adult acquired flatfoot deformity. The role of deltoid ligament repair in these conditions has been limited and its contribution to arthritis is largely unknown. Neglect of the deltoid ligament in the treatment of ankle injuries may be due to difficulties in diagnosis and lack of an effective method for repair. Most acute repair techniques address the superficial deltoid ligament with direct end-to-end repair, fixation through bone tunnels, or suture anchor repair of avulsion injuries. Deep deltoid ligament repair has been described using direct end-to-end repair with sutures, as well as by autograft and allograft tendon reconstruction utilizing various techniques. Newer tenodesis techniques have been described for late reconstruction of both deep and superficial components in patients with stage 4 adult acquired flatfoot deformity. We describe a technique that provides anatomic ligament-to-bone repair of the superficial and deep bundles of the deltoid ligament while reducing the talus toward the medial malleolar facet of the tibiotalar joint with anchor-to-post reinforcement of the ligamentous repair. This technique may protect and allow the horizontally oriented fibers of the deep deltoid ligament to heal with the appropriate resting length while providing immediate stability of the construct.

摘要

三角韧带是踝关节主要的韧带稳定结构。在旋转移位型踝关节骨折、慢性踝关节不稳或晚期成人获得性平足畸形时,该韧带的浅层和深层部分均可发生断裂。在这些情况下,三角韧带修复的作用有限,其对关节炎的影响也 largely 未知。在踝关节损伤治疗中忽视三角韧带可能是由于诊断困难以及缺乏有效的修复方法。大多数急性修复技术通过直接端端修复、经骨隧道固定或对撕脱伤进行缝线锚钉修复来处理三角韧带浅层。对于三角韧带深层修复,已报道了使用缝线进行直接端端修复,以及采用各种技术进行自体和异体肌腱重建。对于 4 期成人获得性平足畸形患者的三角韧带深层和浅层的晚期重建,已描述了更新的腱固定技术。我们描述了一种技术,该技术可对三角韧带的浅层和深层束进行解剖学的韧带-骨修复,同时通过韧带修复的锚钉-桩加强,使距骨向胫距关节的内踝关节面复位。该技术可保护并使三角韧带深层的水平纤维在合适的静息长度下愈合,同时为结构提供即时稳定性。

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