Stephen J. Ferguson
Papers
2
Total Citations
32
H-Index
2
About
Stephen J. Ferguson is a leading researcher in orthopaedic biomechanics, with a focus on total hip arthroplasty (THA) and implant stability. His work bridges computational modeling, fluoroscopic motion analysis, and surgical robotics to improve long-term outcomes for joint replacement patients. A key contribution is his investigation of primary implant stability, notably in a 2003 study comparing robotic-assisted (Robodoc®) versus manual stem implantation, which demonstrated the potential of robotic precision in enhancing initial fixation—a critical factor for implant longevity. This work, with 29 citations, remains foundational in the field of computer-assisted orthopaedic surgery. More recently, Ferguson has advanced the understanding of in-vivo THA kinematics through moving fluoroscopy, capturing real-time joint motion during unrestricted daily activities. His 2023 introduction of this technique provides unprecedented accuracy for predicting wear and impingement, directly informing next-generation implant design and surgical planning. By combining rigorous biomechanical analysis with clinical relevance, Ferguson’s research continues to shape evidence-based practices in hip arthroplasty, offering valuable insights for engineers, surgeons, and rehabilitation specialists striving to restore natural joint function.
Research Focus
Key Achievements
Top Papers
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