Clay B. Greeson

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About

Clay B. Greeson is a leading researcher in orthopedic biomechanics, with a primary focus on hip joint stability, implant design, and the role of soft-tissue structures in joint function. His work has significantly advanced the understanding of how total hip arthroplasty (THA) and femoral head resurfacing (FHR) compare in terms of impingement and range of motion, using innovative cadaveric robotics models to simulate dynamic joint behavior. Greeson’s landmark study on the acetabular labrum provided the first quantitative analysis of its stabilizing contribution, demonstrating that the labrum is critical in preventing subluxation during extreme hip positions—a finding that has informed surgical techniques and implant design. His research, cited over 25 times in top orthopedic journals, has been instrumental in bridging the gap between engineering and clinical practice. Notably, Greeson’s work on soft-tissue preservation in hip arthroplasty has influenced modern surgical protocols, emphasizing the importance of maintaining native structures for long-term joint stability. His contributions continue to guide researchers and clinicians toward more durable, patient-specific solutions in joint replacement and preservation.