Uchida Ryohei, Horibe Shuji, Ohori Tomoki, Shino Konsei
Department of Orthopaedic Sports Medicine, Kansai Rosai Hospital, Amagasaki, Japan.
Department of Orthopaedic Sports Medicine, Seifu Hospital, Sakai, Japan.
Ann Jt. 2024 Jul 1;9:29. doi: 10.21037/aoj-24-4. eCollection 2024.
In recent years, to save the meniscus and prevent the progression of knee osteoarthritis, the indications for meniscus repair have been expanding instead of partial menisectomy. Accordingly, various repair techniques for meniscus tears have been developed. The conventional inside-out and outside-in meniscus repair techniques and all-inside repair technique with an implant/anchor can be classified as trans-capsular (TC) repair from the perspective of suture with penetrating capsule. Recently, new suture passers for all-inside meniscus repair have been developed. To distinguish from conventional all-inside repair with implant/anchors, all-inside repair with only suture using these suture passers was described as all-inside suture (AIS) repair. This AIS repair could achieve meniscus-to-meniscus suture across the tear without interposition of soft tissues including the capsule between suture and meniscus, leading direct gap closing of torn edges. In this respect, AIS repair is considered to be "anatomical meniscus repair". Actually, some reports showed biomechanical and clinical advantages of AIS repair. However, there is still limited evidence in clinical practice. Moreover, there are some disadvantages for AIS repair. Not only further studies but also development of new devices and surgical techniques for AIS should be required. This review describes the current status of AIS repair for each type of tear.
近年来,为了保留半月板并防止膝关节骨关节炎的进展,半月板修复的适应证不断扩大,而不是进行部分半月板切除术。相应地,已经开发出了各种半月板撕裂的修复技术。从穿透关节囊缝合的角度来看,传统的由内向外和由外向内半月板修复技术以及使用植入物/锚钉的全内修复技术可归类为经关节囊(TC)修复。最近,已经开发出了用于全内半月板修复的新型缝线穿梭器。为了与使用植入物/锚钉的传统全内修复相区分,仅使用这些缝线穿梭器进行缝线的全内修复被称为全内缝线(AIS)修复。这种AIS修复可以在撕裂处实现半月板对半月板的缝合,而在缝线和半月板之间不插入包括关节囊在内的软组织,从而直接闭合撕裂边缘的间隙。在这方面,AIS修复被认为是“解剖学半月板修复”。实际上,一些报告显示了AIS修复在生物力学和临床方面的优势。然而,临床实践中的证据仍然有限。此外,AIS修复也存在一些缺点。不仅需要进一步的研究,还需要开发用于AIS的新设备和手术技术。这篇综述描述了每种类型撕裂的AIS修复的现状。