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Modified Jobe Approach With Docking Technique for Ulnar Collateral Ligament Reconstruction

机译:改良的Jobe方法与对接技术进行尺侧副韧带重建

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摘要

The ulnar collateral ligament (UCL) of the elbow acts as the primary restraint to valgus force experienced in the late cocking and early acceleration phases of overhead throwing. If the UCL or dynamic flexor-pronator musculature is incompetent, elbow extension and valgus torque, as seen in throwing, can result in posteromedial impingement with subsequent chondromalacia and osteophyte formation. Before the first UCL reconstruction, performed by Frank Jobe in 1974, this injury was considered career ending in overhead athletes. Since the index procedure, further techniques have been developed to minimize dissection of the flexor-pronator mass and improve the biomechanical strength of graft fixation with the goal of increased return to athletic competition. We describe our technique—including pearls and pitfalls, as well as advantages and disadvantages—which combines the docking technique, through a flexor muscle-elevating approach with transposition of the ulnar nerve using a fascial sling. Harvest and preparation of a palmaris longus tendon autograft is also described.
机译:肘部尺侧副韧带(UCL)是对俯仰和俯仰早期加速阶段经历的外翻力的主要限制。如果UCL或动态屈肌-前屈肌群功能不佳,则如投掷所见,肘部伸展和外翻扭矩会导致后内侧撞击,继而引起软骨软化症和骨赘形成。在1974年弗兰克·乔伯(Frank Jobe)进行的第一次UCL重建之前,这种伤害被认为是职业生涯在高架运动员身上的终结。自分度程序以来,已开发出进一步的技术以最大程度地减少屈肌-pronator团块的解剖并提高移植物固定的生物力学强度,以期增加对运动竞赛的回报。我们描述了我们的技术-包括珍珠和陷阱,以及优点和缺点-结合了对接技术,方法是通过使用屈肌肌筋膜吊带将尺神经抬高与尺神经移位。还描述了手掌长肌腱自体移植的收获和制备。

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