Hospital da Luz Lisboa, Lisbon, Portugal.
Unidade Cuidados Médicos de Acidentes Fidelidade Lisboa, Lisbon, Portugal.
Orthop Surg. 2022 Mar;14(3):605-612. doi: 10.1111/os.13202. Epub 2022 Feb 9.
To report a new technique for anatomical acromioclavicular (AC) joint reconstruction.
In order to minimize such complications, the authors describe a new anatomical and biological AC joint repair. This technique aims to provide greater stability by using two anatomically placed clavicular tunnels and a combined construct with a double endobutton cortical fixation for primary stabilization, and to be biologically advantageous by using an autologous semitendinosus (ST) tendon graft. Additionally, the coracoclavicular ligament reconstruction is complemented with an AC joint cerclage and capsular reinforcement, which will protect the biological construction in its initial stage of healing.
This technique provides adequate primary and secondary biomechanical stability by passing both a semitendinosus autogenous graft and a double endobutton device, through anatomically placed and small diameter clavicle holes, without the need for coracoid drilling. Our technique showed encouraging results regarding pain resolution, range of motion, and function. At final follow-up we experienced excellent results with average pain score of 1.6, and average ROM of 159° of forward flexion, 160° of abduction, 68° of external rotation, and internal rotation level at T11. Postoperative function also showed great improvements with average ASES of 85 points, an average Constant Score of 87 and a Subjective Shoulder Value of 89 points. This technique also achieved perfectly acceptable radiographic results, with an average coracoclavicular distance increase of 0.8 mm. Regarding complications, our sample showed one case of AC join subluxation, two cases of internal saphenous nerve injury, and two partial graft tears at the suture-button interface, with none of these requiring surgical revision.
This technique is advantageous in treatment of acromioclavicular joint dislocation and can be performed in both the subacute and chronic setting.
报告一种新的解剖肩锁关节(AC)重建技术。
为了尽量减少此类并发症,作者描述了一种新的解剖学和生物学的 AC 关节修复技术。该技术旨在通过使用两个解剖位置的锁骨隧道和一个带有双 Endobutton 皮质固定的组合结构来提供更大的稳定性,以实现初步稳定,并通过使用自体半腱肌(ST)肌腱移植物来实现生物学优势。此外,通过 AC 关节环扎和囊加强来补充喙锁韧带重建,这将在生物构建的初始愈合阶段提供保护。
该技术通过穿过解剖位置和小直径锁骨孔的半腱肌自体移植物和双 Endobutton 装置,提供足够的原发性和继发性生物力学稳定性,而无需喙突钻孔。我们的技术在疼痛缓解、运动范围和功能方面取得了令人鼓舞的结果。最终随访时,我们的平均疼痛评分为 1.6,平均前屈活动度为 159°,外展 160°,外旋 68°,T11 水平内旋,结果非常出色。术后功能也有很大改善,平均 ASES 为 85 分,平均 Constant 评分为 87 分,主观肩部值为 89 分。该技术还获得了完全可以接受的影像学结果,平均喙锁间距增加 0.8mm。关于并发症,我们的样本显示有 1 例 AC 关节半脱位,2 例隐神经损伤,2 例缝线 - 纽扣界面部分肌腱撕裂,但均无需手术修复。
该技术在治疗肩锁关节脱位方面具有优势,可在亚急性和慢性情况下进行。