Mutou Masanori, Abe Yukio, Kataoka Hideo, Fuzisawa Takenobu, Takahashi Youhei
Department of Orthopaedic Surgery, Saiseikai Shimonoseki General Hospital, 8-5-1, Yasuoka-cho, Shimonoseki, 759-6603, Japan.
Asia Pac J Sports Med Arthrosc Rehabil Technol. 2022 Mar 15;28:1-5. doi: 10.1016/j.asmart.2022.02.001. eCollection 2022 Apr.
Almost cases of Posterolateral Corner (PLC) injuries are combined injuries involving the anterior or posterior cruciate ligament. Although numerous techniques of PLC reconstruction have been reported, it is unknown whether these techniques reconstruct PLC sufficiently. The anatomy of PLC is complex of tendon-muscle and ligament. The major structures are the fibular collateral ligament (FCL) and the Popliteus Tendon Complex. The latter comprises the popliteus tendon-muscle and the popliteo-fibular ligament (PFL). The FCL and PFL are static stabilizers, whereas the popliteus tendon-muscle is a dynamic stabilizer. The most of current PLC reconstructions statically restore all component parts, therefore not true "anatomically". We describe an operative technique to reconstruct PLC anatomically. Our technique preserves dynamic stability of the popliteus tendon-muscle and reconstructs the PFL and FCL selectively.Semitendinosus tendon is harvested, and almost used for the anterior or posterior cruciate ligament reconstruction. Gracilis tendon or contralateral semitendinosus tendon is used for PLC. Femoral bone tunnel for FCL is prepared at anatomical insertion. Fibular bone tunnel is prepared to connect PFL insertion with FCL insertion. One end of the graft is sutured to the popliteus tendon. The other end is passed though the fibular tunnel, and fixed at the femoral tunnel. The interference screws are used at each tunnel. One half of the graft composes PFL part, the other half composes FCL part. Advantages of this technique are preservation of dynamic popliteus tendon-muscle function, and simplifying preparation.
几乎所有后外侧角(PLC)损伤病例都是合并前交叉韧带或后交叉韧带的损伤。尽管已经报道了多种PLC重建技术,但这些技术能否充分重建PLC尚不清楚。PLC的解剖结构是肌腱-肌肉和韧带的复合体。主要结构是腓侧副韧带(FCL)和腘肌腱复合体。后者包括腘肌腱-肌肉和腘腓韧带(PFL)。FCL和PFL是静态稳定结构,而腘肌腱-肌肉是动态稳定结构。目前大多数PLC重建术静态地恢复所有组成部分,因此并非真正的“解剖学”重建。我们描述一种解剖学重建PLC 的手术技术。我们的技术保留腘肌腱-肌肉的动态稳定性,并选择性地重建PFL和FCL。取半腱肌肌腱,其几乎都用于前交叉韧带或后交叉韧带重建。股薄肌肌腱或对侧半腱肌肌腱用于PLC重建。在解剖学止点处制备FCL的股骨骨隧道。制备腓骨骨隧道以连接PFL止点与FCL止点。移植物的一端缝合到腘肌腱上。另一端穿过腓骨隧道,并固定在股骨隧道。每个隧道使用挤压螺钉。移植物的一半构成PFL部分,另一半构成FCL部分。该技术的优点是保留腘肌腱-肌肉的动态功能,并简化操作准备。