Stephen Lyman
Papers
8
Total Citations
305
H-Index
7
About
Stephen Lyman is an orthopedic research scientist whose work spans biomechanics, joint arthroplasty, and emerging surgical technologies. His early contributions focused on knee ligament mechanics, most notably his 2008 investigation into medial collateral ligament injuries and their downstream effects on anterior cruciate ligament loading, a study that has accumulated 122 citations and remains a foundational reference in sports medicine biomechanics. Lyman subsequently shifted his focus toward total knee arthroplasty (TKA), producing influential research on achieving optimal joint balance and gap targets during surgery. His studies demonstrate that precise medio-lateral balance throughout the flexion arc is meaningfully associated with improved patient pain outcomes, work that has shaped intraoperative decision-making for surgeons worldwide. More recently, Lyman has turned his attention to the safety and efficacy of computer navigation and robotic-assisted joint replacement, rigorously examining infection risks and postoperative outcomes in both total knee and hip arthroplasty. His propensity score-matched analyses provide surgeons with critical evidence as robotic platforms become increasingly prevalent in operating rooms. Across roughly two decades of scholarship, Lyman's research consistently bridges laboratory biomechanics with real-world clinical practice, making him a respected voice in orthopedic outcomes research.
Research Focus
Key Achievements
Top Papers
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- 7Advancements in the surgical and alternative treatment of arthritis7 citations · 2005
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