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使用FlipCutter®和TightRope®系统进行前交叉韧带重建的全内置技术。

All-Inside Technique for ACL-Reconstruction using a FlipCutter® and the TightRope® System.

作者信息

Papaloucas Nicos

机构信息

Orthopedic Department, Aretaeio Hospital, Nicosia, Cyprus.

出版信息

Surg Technol Int. 2018 Jun 1;32:337-345.

Abstract

There have been many innovations in the field of ACL-reconstruction over the years, including the FlipCutter® and TightRope® system (both from Arthrex Inc.). The FlipCutter® is a combined guide pin and reamer that allows minimally invasive socket-creation from the inside out, especially in difficult-to-reach areas. The TightRope® is a further development of the well-known Endobutton™ (Smith & Nephew plc) that consists of a four-point knotless locking system. Its main advantage is its adjustability, which makes it possible to fill the entire bone socket with the graft without any empty space. The all-inside technique using a FlipCutter® and TightRope® offers several advantages: 1. No additional accessory portals and no hyperflexion of the knee are necessary during creation of the femoral canal. Using the FlipCutter®, which is a "retro drill," an outside-in technique is applied. This avoids the problems that arise when using the anteromedial portal for creation of the femoral canal. 2. The thickness of the femoral wall can be accurately measured before drilling. 3. There is no empty space in the femoral canal. 4. Only one tendon is needed. Usually only the semitendinosus tendon is used. 5. There is no need for a tibial canal through the cortex. The procedure starts with diagnostic knee arthroscopy to confirm the ACL-tear and to address any possible additional meniscal or cartilaginous lesions. Graft harvest and preparation (usually only the semitendinosus tendon is needed) is then performed. Next, the knee is prepared by creation of a femoral canal: after the entry point of the femoral canal is localized, while viewing through the medial portal with the knee held at 90° of flexion, the femoral canal is created using the appropriate femoral guide and a FlipCutter®. The tibial canal is then created using the tibial guide and a FlipCutter®. Finally, the graft is passed through the medial portal to the femoral socket and stabilized with the TightRope®. The tibial end is passed through the tibial canal and stabilized with a TightRope® ABS Button. In summary, this all inside technique for ACL- Reconstruction using FlipCutter® and TightRope® offers several advantages over traditional techniques, including no need for hyperflexion or an additional accessory medial portal while creating the femoral socket, accurate measurement of the whole thickness of the femoral condyle before drilling, the possibility of minor changes according to the desired femoral canal length, the ability to achieve no empty space in the femoral canal between the graft and bony canal, and the need for only one tendon (semitendinosus). Additionally, with this technique, the surgeon can easily place isometric sockets in the femur and tibia.

摘要

多年来,前交叉韧带重建领域有许多创新,包括FlipCutter®和TightRope®系统(均来自Arthrex公司)。FlipCutter®是一种组合式导针和铰刀,可实现由内向外的微创骨隧道创建,尤其适用于难以触及的区域。TightRope®是著名的Endobutton™(施乐辉公司)的进一步发展,它由一个四点无结锁定系统组成。其主要优点是可调节性,这使得移植物能够完全填充整个骨隧道而不留任何空隙。使用FlipCutter®和TightRope®的全关节镜技术具有多个优点:1. 在创建股骨隧道时无需额外的辅助切口,也无需膝关节极度屈曲。使用FlipCutter®这种“逆行钻”,采用由外向内技术。这避免了使用前内侧切口创建股骨隧道时出现的问题。2. 在钻孔前可精确测量股骨壁厚度。3. 股骨隧道内无空隙。4. 仅需一条肌腱。通常仅使用半腱肌肌腱。5. 无需穿过皮质的胫骨隧道。手术首先进行诊断性膝关节镜检查,以确认前交叉韧带撕裂并处理任何可能的半月板或软骨损伤。然后进行移植物获取和准备(通常仅需半腱肌肌腱)。接下来,通过创建股骨隧道来准备膝关节:在确定股骨隧道的入口点后,将膝关节保持在90°屈曲位,通过内侧切口观察,使用合适的股骨导向器和FlipCutter®创建股骨隧道。然后使用胫骨导向器和FlipCutter®创建胫骨隧道。最后,将移植物通过内侧切口穿入股骨隧道,并用TightRope®固定。胫骨端通过胫骨隧道穿出,并用TightRope® ABS纽扣固定。总之,这种使用FlipCutter®和TightRope®的全关节镜前交叉韧带重建技术相对于传统技术具有多个优点,包括在创建股骨隧道时无需极度屈曲或额外的辅助内侧切口、钻孔前可精确测量股骨髁的全层厚度、可根据所需股骨隧道长度进行微小调整、移植物与骨隧道之间的股骨隧道内无空隙以及仅需一条肌腱(半腱肌)。此外,通过这种技术,外科医生可以轻松地在股骨和胫骨上放置等距隧道。

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