Sivasundaram Lakshmanan, Hevesi Mario, Rice Morgan W, Paul Katlynn M, Salata Michael J, Mather Richard C, Chahla Jorge, Nho Shane J
Section of Young Adult Hip Surgery, Division of Sports Medicine, Department of Orthopedic Surgery, Rush Medical College of Rush University, Rush University Medical Center, Chicago, Illinois, USA.
Department of Orthopaedic Surgery and Sports Medicine, University Hospitals Cleveland Medical Center, Cleveland, Ohio, USA.
Video J Sports Med. 2022 Jul 7;2(4):26350254221089355. doi: 10.1177/26350254221089355. eCollection 2022 Jul-Aug.
Hamstring injuries at the musculotendinous junction are relatively common. However, injuries to the proximal hamstring account for just 12% of hamstring injuries. Surgical repair of these injuries including both open and endoscopic techniques are becoming increasingly more common.
Surgical intervention is generally reserved for cases with 2 or more torn tendons and at least 2 centimeters of retraction.
The combined open and endoscopic technique utilizes direct posterior and posterolateral portals. After visualizing the posterior femoral cutaneous (PFCN) and sciatic nerves (SN), the proximal hamstring tear is identified, and the shaver is used to remove any surrounding adhesions and aid in clearing any hematoma. The ischial tuberosity is prepared using a shaver, radiofrequency ablation, and a 5.5 mm, round arthroscopic burr. Two, 4.5 mm, doubled-loaded anchors are placed into the ischium. The incision for the open portion of the case is created by incising the skin between the direct posterior and posterolateral portals. A dissection is continued down to the gluteal fascia, and the gluteal fascia is incised in line with the surgical incision. The gluteus maximus is retracted then the hamstring stump is secured with a stay suture and brought outside the surgical incision for inspection. The double-loaded sutures are passed in a running locking technique. The other suture limbs are then passed through the central aspect of the tendon and tensioned to reduce the proximal hamstring onto the prepared tuberosity.
Significant postoperative improvements in patient-reported outcomes have been reported for open and endoscopic repairs in isolation, but to date there are no outcomes studies on the combined "Scopen" technique. Postoperative complications may include numbness or neuropraxia, re-rupture, infection, and deep vein thrombosis (DVT).
The endoscopic portion allows an improved view and preservation of the SN and PFCN, as well as a detailed view of the ischial tuberosity for decortication and anchor placement in comparison with a purely open approach. In comparison with a purely endoscopic approach, this combined approach can be used in patients with retraction >4 cm, and can also be utilized for chronic, retracted tears as well.
腘绳肌肌腱结合部损伤较为常见。然而,腘绳肌近端损伤仅占腘绳肌损伤的12%。这些损伤的手术修复,包括开放手术和内镜技术,正变得越来越普遍。
手术干预通常适用于有2条或更多肌腱撕裂且至少回缩2厘米的病例。
开放与内镜联合技术使用直接后方和后外侧入路。在显露股后皮神经(PFCN)和坐骨神经(SN)后,确定腘绳肌近端撕裂处,使用刨削器清除周围粘连并协助清除血肿。使用刨削器、射频消融和5.5毫米圆形关节镜磨钻对坐骨结节进行处理。将两枚4.5毫米双股锚钉置入坐骨。通过切开直接后方和后外侧入路之间的皮肤来创建手术开放部分的切口。继续向下解剖至臀筋膜,并沿手术切口切开臀筋膜。将臀大肌牵开,然后用缝线固定腘绳肌残端并将其引出手术切口进行检查。双股缝线采用连续锁定技术穿过。然后将其他缝线肢体穿过肌腱中央并拉紧,以将腘绳肌近端复位至准备好的结节处。
单独的开放手术和内镜修复术后患者报告的结果有显著改善,但迄今为止,尚无关于联合“Scopen”技术的疗效研究。术后并发症可能包括麻木或神经失用、再次断裂、感染和深静脉血栓形成(DVT)。
与单纯开放手术相比,内镜部分可改善视野并保护SN和PFCN,还能提供坐骨结节用于去皮质和置入锚钉的详细视野。与单纯内镜手术相比,这种联合方法可用于回缩>4厘米的患者,也可用于慢性、回缩性撕裂。