Prasath Mageswaran
Cleveland Clinic, Community Health Systems - Lutheran Hospital, The Ohio State University
Papers
8
Total Citations
183
H-Index
6
About
Prasath Mageswaran is a spine biomechanics researcher whose work has substantially advanced the understanding of spinal stability, instrumentation, and surgical intervention across the cervical, thoracic, and lumbar regions. His research focuses on the biomechanical evaluation of spinal fusion constructs, dynamic stabilization devices, and decompressive procedures, with particular emphasis on how surgical interventions affect adjacent spinal segments — a critical concern for long-term patient outcomes. Among his most influential contributions, Mageswaran's investigations into hybrid dynamic stabilization and interspinous fixation devices (each garnering 41 citations) have informed surgical decision-making regarding lumbar fusion strategies. His cadaveric studies of the thoracic spine, including pioneering work incorporating an intact rib cage to simulate realistic fracture biomechanics, have challenged conventional modeling approaches and provided more clinically relevant insights. His cervical spine research, exploring adjacent-segment disease, zero-profile fusion constructs, and novel plate configurations, further demonstrates the breadth of his expertise. Collectively, Mageswaran's body of work — rooted in rigorous cadaveric and biomechanical laboratory methodology — has provided surgeons with critical data to optimize spinal constructs and minimize complications, making his research an essential reference for both clinicians and biomedical engineers working in spinal care.
Research Focus
Key Achievements
Top Papers
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