Shekhbihi Abdelkader, Masoud Mohammad, Reichert Winfried
Department of Trauma Surgery, Lörrach District Hospital, Baden-Württemberg, Lörrach, Germany.
Department of Orthopaedics and Trauma Surgery, University Hospital of Assiut, Assiut, Egypt.
Video J Sports Med. 2024 Dec 5;4(6):26350254241286525. doi: 10.1177/26350254241286525. eCollection 2024 Nov-Dec.
Isolated triceps tendon injuries are infrequent, and their combination with a medial ligament avulsion is even rarer. Eccentric force on the triceps tendon following a fall on the outstretched hand, combined with a valgus torque at the elbow joint, exposes the medial side to stretching forces, potentially disrupting the ulnar collateral ligament (UCL). Furthermore, compressive forces on the lateral side could result in injury to the radial head. Currently, there is no standardized surgical approach for managing such combined injuries.
The complex triad injury presented in this publication is debilitating and warrants primary surgical intervention to restore stability and function of the afflicted elbow.
A slightly curved posterior skin incision is made, creating medial and lateral full-thickness skin flaps. The ulnar nerve is explored and tagged with a vessel loop for protection without a full release. Palpation of the medial joint capsule reveals a rupture of the medial collateral ligament. The radial head is palpated during forearm rotation. The fascia overlying the radial head is incised along with the annular ligament. The radial head fracture is debrided and provisionally fixed with a 1.6-mm K-wire and then stabilized with two 2.0-mm mini screws. The bony origin of the triceps tendon is scraped to remove debris. A V-shaped triceps tendon repair is performed using two 3.5-mm titanium Twinfix suture anchors. A Krackow-type suture is placed medially, laterally, and centrally on the tendon. The tendon is reduced and fixed with a 1.8-mm K-wire, which is then replaced by a button fixation. The UCL tear is identified as a humeral avulsion and repaired using two 3.5-mm titanium Twinfix suture anchors. The triceps fascia, annular ligament, and overlying fascia are then repaired, and the wound is closed in layers after thorough irrigation.
Repair of all 3 injuries was successfully accomplished through the same approach, with initial postoperative follow-up showing active free supination/pronation and passive flexion limited to 70°.
DISCUSSION/CONCLUSION: The described surgical technique provides a comprehensive approach to addressing the rare and complex injuries involving the radial head, triceps tendon, and medial collateral ligament. This article includes practical tips and tricks to ensure successful execution of the procedure.
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.
孤立的肱三头肌腱损伤并不常见,而其与内侧韧带撕脱合并出现则更为罕见。伸手跌倒时肱三头肌腱受到的离心力,再加上肘关节的外翻扭矩,会使内侧受到拉伸力,有可能破坏尺侧副韧带(UCL)。此外,外侧的压缩力可能导致桡骨头损伤。目前,对于处理这种合并损伤尚无标准化的手术方法。
本出版物中呈现的复杂三联损伤会使人衰弱,需要进行一期手术干预以恢复患侧肘关节的稳定性和功能。
做一个稍弯曲的后侧皮肤切口,形成内侧和外侧全层皮瓣。探查尺神经并用血管环标记以保护,无需完全松解。触诊内侧关节囊可发现内侧副韧带断裂。在前臂旋转时触诊桡骨头。沿桡骨头上方的筋膜及环状韧带切开。清理桡骨头骨折处,先用一根1.6毫米克氏针临时固定,然后用两枚2.0毫米微型螺钉固定。刮除肱三头肌腱的骨附着点以清除碎片。使用两枚3.5毫米钛制Twinfix缝合锚钉进行V形肱三头肌腱修复。在肌腱的内侧、外侧和中央放置Krackow型缝线。用一根1.8毫米克氏针将肌腱复位并固定,随后换成纽扣固定。UCL撕裂被确定为肱骨撕脱伤,使用两枚3.5毫米钛制Twinfix缝合锚钉进行修复。然后修复肱三头肌筋膜、环状韧带及上方的筋膜,彻底冲洗后分层缝合伤口。
通过相同的方法成功完成了所有三处损伤的修复,术后初期随访显示主动自由旋前/旋后及被动屈曲受限至70°。
讨论/结论:所描述的手术技术为处理涉及桡骨头、肱三头肌腱和内侧副韧带的罕见复杂损伤提供了一种综合方法。本文包含了确保手术成功实施的实用技巧和窍门。
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,作者已随本提交发表的文章附上患者的豁免声明或其他书面批准形式。