尺桡关节远端不稳定的重建

Mark H Henry MD , Dean W Smith MD , Marcos V Masson MD
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引用次数: 7

摘要

远端尺桡关节具有独特的结构,可同时允许前臂大弧度旋转,但需要初级尺桡韧带和次级支撑结构的协调以保持稳定性。办公室检查必须侧重于联系原始损伤的机制,患者与活动有关的症状的细节,以及对尺桡骨不稳定性的手工应力检查。如果症状主要是由创伤性不稳定引起,且患者非手术治疗失败,手术重建稳定韧带是一种合适的策略。尺桡初级韧带和次级囊韧带都可以用游离肌腱移植在解剖上重建。在康复过程中,肌腱移植物的重塑必须进行,以实现关节稳定和完全运动的同时目标。在移植物完全植入和调理后,患者有望恢复体力劳动、运动和其他有要求的活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reconstruction of distal radioulnar joint instability

The distal radioulnar joint has a unique architecture that simultaneously allows a wide arc of forearm rotation but requires the coordination of a primary ulnoradial ligament and secondary supporting structures to maintain stability. Office examination must focus on correlating the mechanism of the original injury, details of the patient’s symptoms related to activity, and a manual stress examination for ulnoradial instability. Surgical reconstruction of the stabilizing ligaments is an appropriate strategy if the symptoms are attributable primarily to traumatic instability and the patient has failed nonsurgical treatment. Both the primary ulnoradial ligament and secondary capsular ligaments can be anatomically reconstructed with a free tendon graft. During the rehabilitation process, remodeling of the tendon graft must take place to achieve the simultaneous goals of joint stability and full motion. Patients can be expected to return to manual labor, sports, and other demanding activities after complete graft incorporation and a conditioning program.

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