Oh-Hyo Kwon
Papers
1
Total Citations
42
H-Index
1
About
Oh-Hyo Kwon is a leading figure in orthopedic spine surgery, renowned for advancing the biomechanical precision of spinal instrumentation. His research centers on the integration of robotic-assisted surgical techniques and patient-specific finite element analysis to optimize outcomes in lumbar fusion procedures. Kwon’s most influential work, a prospective randomized controlled trial comparing robot-assisted pedicle screw fixation with freehand techniques in posterior lumbar interbody fusion, demonstrated significant biomechanical advantages—including superior screw placement accuracy and reduced cortical breach risk—garnering 42 citations. This study not only validated robotic systems as a tool for enhancing surgical reproducibility but also introduced a paradigm for using finite element models to predict patient-specific stress distributions, thereby minimizing implant failure. Beyond this landmark trial, Kwon has contributed to the development of minimally invasive strategies and the evaluation of novel implant designs, with his cumulative work cited extensively in clinical and engineering journals. His achievements include pioneering the clinical translation of computational biomechanics into routine spine surgery, bridging the gap between engineering theory and operative practice. For students and researchers, Kwon’s work exemplifies how rigorous biomechanical analysis can transform surgical safety and efficacy, offering a roadmap for the next generation of spine care innovation.
Research Focus
Key Achievements
Top Papers
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