Papers
10
Total Citations
164
H-Index
8
About
Bruce J. Sangeorzan is an orthopedic researcher whose work has fundamentally advanced the biomechanical understanding of foot and ankle pathology and surgical intervention. His research focuses on three interconnected domains: foot deformity mechanics, ankle arthroplasty alignment, and cadaveric gait simulation methodology. Sangeorzan has pioneered the use of robotic cadaveric gait simulation to investigate complex foot biomechanics, enabling unprecedented precision in modeling conditions such as flatfoot deformity, metatarsalgia, and crossover toe syndrome under realistic loading conditions. Among his most influential contributions is his work establishing optimal fusion angles for first metatarsophalangeal joint arthrodesis (39 citations) and demonstrating the biomechanical consequences of second metatarsal length on toe deformity (28 citations). His investigations into total ankle arthroplasty malalignment have provided surgeons with critical quantitative data linking component positioning to altered foot kinematics and plantar pressure distribution, directly informing implant placement practices. His flatfoot cadaveric analysis (20 citations) further illuminated the mechanical underpinnings of a debilitating and complex deformity. Sangeorzan's body of work reflects a consistent commitment to translating cadaveric biomechanical research into clinically actionable surgical guidance, making him a significant figure in orthopedic foot and ankle research.
Research Focus
Key Achievements
Top Papers
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- 3A Robotic Cadaveric Flatfoot Analysis of Stance Phase20 citations · 2011
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