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About

Philippe Neyret is a leading orthopedic surgeon and researcher whose work has fundamentally advanced the field of knee arthroplasty, particularly in unicompartmental knee replacement (UKA). His primary research areas include robotic-assisted surgery, joint-line restoration, and ACL reconstruction biomechanics. Neyret's landmark 2018 study, cited 177 times, demonstrated that robotic-assisted UKA significantly improves implant positioning and reduces revision rates compared to conventional techniques, establishing a new standard for precision in partial knee replacement. His 2017 work, with 119 citations, further showed that robotic assistance enhances joint-line restitution—a critical factor for long-term function and patient satisfaction. Beyond UKA, Neyret has contributed to ACL reconstruction, notably evaluating the biomechanical benefits of adding extra-articular tenodesis to single-bundle reconstruction in a 2015 study (39 citations). He also developed and validated a robotic lower leg testing device for measuring rotational laxity, as detailed in his 2015 work on repeatability and reproducibility. With a career spanning over two decades, Neyret's research has directly influenced surgical techniques and implant design, earning him international recognition as a pioneer in robotic orthopedics.