Kevin A. Cassidy

Papers

Total Citations

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About

Kevin A. Cassidy is an orthopedic researcher whose work centers on the biomechanics and surgical outcomes of knee arthroplasty, with a particular focus on unicondylar knee replacements. His most-cited study, "Kinematics of passive flexion following balanced and overstuffed fixed bearing unicondylar knee arthroplasty" (2015), investigates how ligament balancing and component sizing affect joint motion after partial knee replacement—a critical factor in patient recovery and implant longevity. Though his citation counts are modest, with this key paper accruing 12 citations, Cassidy’s contributions are valued for their practical, surgical relevance, offering insights that help refine techniques to avoid postoperative complications like stiffness or instability. His research bridges the gap between engineering principles and clinical practice, making him a resource for surgeons and students exploring the nuances of knee kinematics. Cassidy’s work underscores the importance of precision in arthroplasty, and his findings continue to inform discussions on optimizing implant fit and function. For those studying joint replacement biomechanics, his studies provide a foundational look at how small adjustments in surgical technique can significantly impact patient outcomes.