Zhiyong Zhu

Papers

Total Citations

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About

Zhiyong Zhu is an orthopedic surgery researcher specializing in robotic-assisted joint replacement, with a particular focus on advancing total knee arthroplasty (TKA) through innovative surgical technologies. His work sits at the cutting edge of surgical robotics, investigating how image-based robotic systems can improve precision, accuracy, and outcomes in knee replacement procedures. Zhu's most influential contributions center on evaluating the HURWA robotic surgical system — a Chinese-developed platform for TKA — making him a notable voice in the growing field of domestically developed surgical robotics. His 2023 learning curve analysis (22 citations) provided critical insights into how surgeons adapt to robotic-assisted TKA, examining operative time, bone cutting accuracy, and limb alignment as proficiency develops, while benchmarking these outcomes against conventional techniques. Building on this foundation, his 2024 prospective observational study further interrogated the predictive accuracy of robotic systems in forecasting bone cuts, limb alignment, and component sizing — key determinants of long-term implant success. With a growing citation record and research that bridges clinical practice and emerging technology, Zhu's work is shaping how surgeons and healthcare systems evaluate the adoption of robotic platforms in orthopedic surgery, particularly within the Chinese medical landscape.