Bonutti Peter M, Mont Michael A, Kester Mark A
Bonutti Clinic, 1303 Evergreen Avenue, Effingham, IL 62401, USA.
Orthop Clin North Am. 2004 Apr;35(2):217-26. doi: 10.1016/j.ocl.2004.02.001.
There should not be a revolution to MIS-TKA but rather an evolutionary approach. This includes progressively downsizing incisions and causing less damage to the quadriceps mechanism. Previously,there was an extensive open exposure prolonged patella eversion and dislocation of the tibio-femoral joint. This should be evolved into a VMO muscle split with patella subluxation, retraction but not dislocation, and no gross dislocation of the tibio-femoral joint. Although the present MIS-TKA technique can be difficult and time-consuming, the resulting patient benefits should outweigh the extra effort required. In the future, we may use bone cuts and implantation with computer navigation. Each advance, however, will require new techniques, instrumentation, implants, and careful clinical studies. Caution should be taken by surgeons to avoid revolutionary approaches with existing implants, because they harbor a risk of catastrophic failure.
对于微创全膝关节置换术(MIS-TKA)不应进行彻底变革,而应采取渐进式发展的方法。这包括逐步缩小切口并减少对股四头肌机制的损伤。以前,手术需要广泛的开放性暴露,长时间的髌骨外翻以及胫股关节脱位。现在应演变为股内侧肌(VMO)肌肉劈开,髌骨半脱位、牵开但不脱位,且胫股关节无明显脱位。尽管目前的MIS-TKA技术可能困难且耗时,但给患者带来的益处应超过所需的额外努力。未来,我们可能会使用计算机导航进行截骨和植入。然而,每一项进展都将需要新的技术、器械、植入物以及仔细的临床研究。外科医生应谨慎行事,避免对现有植入物采取彻底变革的方法,因为这存在灾难性失败的风险。