Fu Michael C, Vadhera Amar S, Wessels Morgan, Mehta Nabil, Dasari Suhas P, Garrigues Grant E, Verma Nikhil N
Department of Orthopaedic Surgery, Hospital for Special Surgery, New York City, New York, USA.
Division of Sports Medicine, Department of Orthopaedic Surgery, Midwest Orthopaedics at RUSH, RUSH University Medical Center, Chicago, Illinois, USA.
Video J Sports Med. 2023 Mar 7;3(2):26350254231151444. doi: 10.1177/26350254231151444. eCollection 2023 Mar-Apr.
Ulnar collateral ligament (UCL) reconstructions have become increasingly common, particularly in youth overhead throwing athletes. These injuries are most commonly due to overuse and repetitive trauma on the inner elbow. Throwers with a deficient UCL often report decreased pitching speeds in addition to elbow pain and instability.
The indications for this procedure include symptomatic valgus elbow instability during overhead throwing motions and a verified rupture of the UCL on advanced imaging.
The ipsilateral gracilis tendon is harvested and prepared as an autograft. A 5-cm incision is then made centered over the medial epicondyle. The ulnar nerve is identified and neurolysis is performed both proximally and distally. The fascia overlying the flexor carpi ulnaris is incised, and the two heads of the muscle are split. From this base, the sublime tubercle is identified, and the UCL is opened longitudinally in line with its fibers. A standard guide is used to drill holes in the posterior and anterior aspects of the sublime tubercle. These holes are then connected using a curved curette, and a suture is passed along the tunnels for later graft passage. A 15-mm blind-end tunnel is drilled two-thirds from the tip to the base of the epicondyle. Two smaller tunnels are then drilled with K-wires to pass sutures through the posterior aspect of the epicondyle. The native UCL is closed, and the graft is then passed through the sublime tubercle tunnels. One end of the graft is docked into the epicondylar tunnel, and a docking procedure is then undertaken so that both ends are docked within the humeral tunnel. Stay sutures are tied over a bone bridge, and the two limbs of the graft are sutured together to appropriately tension the graft.
In our experience, 94% of athletes return to previous levels of play and experience high patient-reported outcome scores.
DISCUSSION/CONCLUSION: Advancements in UCL reconstruction techniques and our understanding of elbow anatomy should prompt surgeons to continue considering this treatment for patients with significant throwing pain and a strong desire to return to high levels of throwing.
The author(s) attests that consent has been obtained from any patient(s) appearing in this publication. If the individual may be identifiable, the author(s) has included a statement of release or other written form of approval from the patient(s) with this submission for publication.
尺侧副韧带(UCL)重建术已越来越常见,尤其是在青少年过头投掷运动员中。这些损伤最常见的原因是内肘部的过度使用和重复性创伤。尺侧副韧带功能不全的投掷运动员除了肘部疼痛和不稳定外,通常还报告投球速度下降。
该手术的适应症包括过头投掷动作时出现症状性外翻肘部不稳定,以及在高级影像学检查中证实的尺侧副韧带断裂。
取同侧股薄肌腱作为自体移植物并进行制备。然后在内上髁上方做一个5厘米的切口。识别尺神经并在近端和远端进行神经松解。切开尺侧腕屈肌上方的筋膜,将该肌肉的两个头分开。从这个部位找到小结节,沿尺侧副韧带纤维方向纵向切开。使用标准导向器在小结节的前后两侧钻孔。然后用弯刮匙将这些孔连通,并通过隧道穿入缝线以备稍后植入移植物。在距髁突尖端至基部的三分之二处钻一个15毫米的盲端隧道。然后用克氏针钻两个较小的隧道,以便缝线穿过髁突的后侧。将原有的尺侧副韧带缝合,然后将移植物穿过小结节隧道。移植物的一端对接入髁突隧道,然后进行对接操作,使两端都对接在肱骨隧道内。定位缝线在骨桥上打结,移植物的两个肢体缝合在一起,以适当拉紧移植物。
根据我们的经验,94%的运动员恢复到以前的比赛水平,患者报告的结果评分很高。
讨论/结论:尺侧副韧带重建技术的进步以及我们对肘部解剖结构的了解,应促使外科医生继续考虑对有严重投掷疼痛且强烈希望恢复高水平投掷的患者采用这种治疗方法。
作者证明已获得本出版物中出现的任何患者的同意。如果个体可能被识别,作者已随本稿件提交一份患者的豁免声明或其他书面批准形式以供发表。