Bridging the Gap: From Motion Capture to Surgical Outcomes in Biomechanics
How does surgery reshape the body’s natural patterns of movement—and what can motion capture reveal about neuromuscular recovery?
Join Motion Analysis Corporation for an in-depth, fireside chat exploring how motion capture and EMG data are transforming our understanding of the connection between in vivo motion and in vitro biomechanics. Together with our guest researcher, we’ll uncover how these technologies are helping bridge the gap between lab-based simulations and real-world patient outcomes.
This session will dive into the latest applications of mocap and EMG for assessing surgical impact, identifying neuromuscular biomarkers, and informing more personalized approaches to orthopaedics and rehabilitation.
Expect insights into how advanced data integration is redefining what’s possible in surgical biomechanics—from motion pattern analysis to predictive outcome modeling.
Guest Speaker
Nate Bates serves as the Vice Chair of Research for the Department of Orthopaedics at The Ohio State University, where he leads initiatives to expand orthopaedic research, advance scientific understanding, and improve patient care. With over a decade of experience in orthopaedic biomechanics, his work focuses on how surgical interventions influence movement, recovery, and long-term joint health.
Prior to joining Ohio State, Nate spent six years at the Mayo Clinic as an Associate Consultant in Orthopedic Surgery. His expertise spans motion analysis, neuromuscular assessment, and the integration of in vivo and in vitro biomechanical data—work that continues to shape more personalized and effective approaches to orthopaedic rehabilitation and surgical decision-making.
Who It’s For:
This session is designed for:
Biomechanics and movement science researchers
Orthopaedic surgeons and clinicians
Rehabilitation specialists and physical therapists
University and hospital lab teams exploring motion analysis or EMG integration
Students and emerging researchers interested in surgical biomechanics
What You’ll Learn:
How motion capture and EMG data can illuminate neuromuscular control before and after surgery
What current research reveals about the biomechanical impact of surgical interventions
The potential of neuromuscular disruption as a biomarker for predicting patient outcomes
How real-world motion data is being used to inform in vitro simulations and orthopaedic insights
The latest advances in mocap technology enabling cross-disciplinary research
Why Attend:
This is your chance to hear directly from leading researchers pushing the boundaries of motion analysis in surgical biomechanics. Whether you’re running a lab, designing a study, or treating patients, you’ll walk away with actionable ideas on how motion capture can deepen understanding, improve precision, and enhance outcomes across the surgical journey.