Germain Edouard, Lombard Charles, Boubaker Fatma, Louis Mathias, Blum Alain, Gondim-Teixeira Pedro Augusto, Gillet Romain
Guilloz Imaging Department, Central Hospital, University Hospital Center of Nancy, 29 Avenue du Maréchal de Lattre de Tassigny, 54035 Nancy, France.
J Clin Med. 2022 Sep 16;11(18):5465. doi: 10.3390/jcm11185465.
Hip arthroplasty is a frequently used procedure with high success rates. Its main indications are primary or secondary advanced osteoarthritis, due to acute fracture, osteonecrosis of the femoral head, and hip dysplasia. The goals of HA are to reduce pain and restore normal hip biomechanics, allowing a return to the patient's normal activities. To reach those goals, the size of implants must suit, and their positioning must meet, quality criteria, which can be determined by preoperative imaging. Moreover, mechanical complications can be influenced by implant size and position, and could be avoided by precise preoperative templating. Templating used to rely on standard radiographs, but recently the use of EOS imaging and CT has been growing, given the 3D approach provided by these methods. However, there is no consensus on the optimal imaging work-up, which may have an impact on the outcomes of the procedure. This article reviews the current principles of templating, the various imaging techniques used for it, as well as their advantages and drawbacks, and their expected results.
髋关节置换术是一种常用的手术,成功率很高。其主要适应症是原发性或继发性晚期骨关节炎,病因包括急性骨折、股骨头坏死和髋关节发育不良。髋关节置换术的目标是减轻疼痛并恢复正常的髋关节生物力学,使患者能够恢复正常活动。为实现这些目标,植入物的尺寸必须合适,其定位必须符合质量标准,这可以通过术前影像学检查来确定。此外,机械并发症可能受植入物尺寸和位置的影响,通过精确的术前模板制作可以避免。模板制作过去依赖于标准X线片,但鉴于这些方法提供的三维方法,近年来EOS成像和CT的使用不断增加。然而,对于最佳影像学检查方案尚无共识,这可能会影响手术结果。本文综述了当前模板制作的原则、用于模板制作的各种成像技术及其优缺点和预期结果。