Philip Winnock de Grave
Papers
8
Total Citations
455
H-Index
6
About
Philip Winnock de Grave is an orthopedic researcher whose work centers on total knee arthroplasty (TKA), with particular expertise in surgical alignment philosophies and robotic-assisted surgical technologies. He has emerged as a leading voice in advancing patient-specific approaches to knee replacement, most notably through his pioneering research on inverse kinematic alignment (iKA), a novel concept that restores native knee anatomy rather than conforming to traditional mechanical alignment paradigms. His most-cited work, a 2020 study comparing restricted inverse kinematic to mechanical alignment (165 citations), demonstrated significantly higher patient satisfaction with personalized alignment strategies — a finding that has meaningfully influenced surgical practice. Complementing this, his research on robotic-assisted TKA (123 citations) provided reassurance to the field by showing that while surgical time follows a learning curve with new robotic systems, critical outcomes like component positioning and gap balancing remain consistently accurate from the outset. Across eight publications accumulating over 450 citations, Winnock de Grave has systematically built the evidence base for iKA — examining biomechanical implications, gait kinematics, and coronal alignment measurement — establishing himself as a rigorous and prolific contributor to the evolving science of precision knee arthroplasty.
Research Focus
Key Achievements
Top Papers
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- 3Inverse Kinematic Alignment for Total Knee Arthroplasty79 citations · 2022
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