Nuelle Clayton W, Balldin B Christian, Slone Harris S
University of Missouri, Columbia, Missouri, U.S.A..
Burkhart Research Institute for Orthopaedics, San Antonio, Texas, U.S.A.
Arthroscopy. 2022 Aug;38(8):2368-2369. doi: 10.1016/j.arthro.2022.06.001.
Anterior cruciate ligament (ACL) reconstruction is one of the most commonly performed knee operations. An "all-inside" technique creates bone sockets for ACL graft passage, as opposed to more traditional full bone tunnels, and typically incorporates suspensory fixation instead of screw fixation to secure the graft. This technique may be indicated for any ACL reconstruction surgery, where adequate bone stock exists to drill sockets and to use cortical fixation. The technique may be used with all soft tissue, as well as bone plug ACL grafts and autograft hamstring or quadriceps tendon; most allograft tendon options may be performed with an all-inside technique. Advantages include anatomic tunnel/socket placement, decreased postoperative pain and swelling, minimal hardware, appropriate graft tensioning and retensioning, and circumferential graft to bone healing. Tips for successful all-inside surgery include matching graft diameter to socket diameter, drilling appropriate length sockets based on individual graft length, so as not to "bottom out" the graft and confirming cortical button fixation intraoperatively. Potential complications include graft-socket mismatch, full-tunnel reaming, and loss of cortical fixation. Multiple studies have shown the all-inside technique to have similar or superior biomechanical properties and clinical outcomes compared to the more traditional full-tunnel ACL reconstruction techniques.
前交叉韧带(ACL)重建是最常进行的膝关节手术之一。与更传统的全骨隧道不同,“全内置”技术为ACL移植物通道创建骨槽,并且通常采用悬吊固定而不是螺钉固定来固定移植物。该技术适用于任何ACL重建手术,只要有足够的骨量来钻出骨槽并使用皮质固定。该技术可用于所有软组织,以及骨栓ACL移植物和自体腘绳肌腱或股四头肌肌腱;大多数同种异体肌腱选择都可以采用全内置技术进行。优点包括解剖学隧道/骨槽放置、术后疼痛和肿胀减轻、硬件最少、移植物张紧和再张紧合适以及移植物与骨的周向愈合。成功进行全内置手术的技巧包括使移植物直径与骨槽直径匹配、根据个体移植物长度钻出合适长度的骨槽,以免移植物“到底”并在术中确认皮质纽扣固定。潜在并发症包括移植物与骨槽不匹配、全隧道扩孔和皮质固定丢失。多项研究表明,与更传统的全隧道ACL重建技术相比,全内置技术具有相似或更好的生物力学性能和临床结果。