Christopher R. Dennison
Papers
3
Total Citations
29
H-Index
2
About
Christopher R. Dennison is a biomechanics researcher whose work centers on the mechanical origins of osteoarthritis, particularly following traumatic knee injury. His primary research areas include cartilage stress mapping, in-vivo gait analysis, and the biomechanical pathways leading to post-traumatic osteoarthritis (PTOA). Dennison’s major contributions involve developing and applying innovative fiber optic sensor technology to directly measure stresses on articular cartilage surfaces during dynamic movement—a significant advance over traditional computational models. His 2020 study, "Stress Measurements on the Articular Cartilage Surface Using Fiber Optic Technology and In-Vivo Gait Kinematics," which has garnered 17 citations, demonstrates this novel approach. In related work, he mapped tibial plateau cartilage stresses in an ovine model using real gait kinematics (10 citations), providing critical empirical data linking mechanical loading to tissue damage. His research testing the hypothesis that altered cartilage stresses correlate with PTOA damage scores (2 citations) offers foundational insights for developing preventative interventions. Dennison’s integration of cutting-edge sensor technology with physiological movement data positions him as an emerging leader in orthopaedic biomechanics, with implications for improving outcomes after joint injury.
Research Focus
Key Achievements
Top Papers
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