Northwell Health Orthopaedics, Lenox Hill Hospital, New York, New York.
Surg Technol Int. 2022 May 19;40:289-296. doi: 10.52198/22.STI.40.OS1522.
A new robotic platform (ROSA® Knee system, Zimmer Biomet, Warsaw, Indiana) for total knee arthroplasty (TKA) has been created to increase precision of bony resections and knee balancing while maintaining surgeon autonomy. Our aim is to discuss: (1) the background of robotic technology in orthopedics, (2) current literature and potential benefits of the ROSA® Knee system, and the (3) optimal surgical technique for this specific robotic TKA platform. Early literature regarding this robotic system is promising as studies have shown precision of its bony resections, accuracy of overall limb alignment, and low early revision rates. There is a need for continued research on clinical outcomes using this platform, and the intention is to provide a review with insight into the potential advantages of robotics and the ideal surgical technique for successful use of this system.
一种新的机器人平台(ROSA®膝关节系统, Zimmer Biomet,印第安纳州华沙)已被开发用于全膝关节置换术(TKA),以提高骨切除的精度和膝关节平衡,同时保持外科医生的自主性。我们的目的是讨论:(1)机器人技术在骨科中的背景,(2)ROSA®膝关节系统的当前文献和潜在益处,以及(3)这种特定的机器人 TKA 平台的最佳手术技术。关于该机器人系统的早期文献很有前景,因为研究表明其骨切除的精度、下肢整体对线的准确性和较低的早期翻修率。需要对该平台的临床结果进行持续研究,目的是提供一篇综述,深入了解机器人技术的潜在优势以及成功使用该系统的理想手术技术。