Papers
1
Total Citations
140
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About
Shi-Liang Cao is a leading orthopedic researcher whose work focuses on advancing surgical techniques in joint replacement, particularly through the integration of robotics. His most influential contribution is a landmark systematic review and meta-analysis on active robotic-assisted total knee arthroplasty (TKA) versus conventional TKA, which has garnered 140 citations. This study critically evaluated the efficacy and reliability of robotic assistance, demonstrating its potential to improve implant positioning and restore limb alignment—key factors in prolonging prosthesis longevity and enhancing patient outcomes. By synthesizing evidence on this emerging technology, Cao has helped clarify its clinical advantages, guiding surgeons toward more precise, data-driven approaches in knee arthroplasty. His research addresses a central challenge in orthopedics: balancing technological innovation with proven reliability. With a growing citation impact, Cao is recognized for bridging the gap between engineering and clinical practice, offering evidence that supports the adoption of active robotic systems in total knee replacement. His work continues to influence both surgical decision-making and the future design of prosthetic technologies.
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