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Studies in exercise and sports biomechanics examine how the lower limbs and spine function biomechanically. Performance depends on the musculoskeletal system's ability to manage, absorb, and harness ground reaction forces. Combining data from motion tracking, muscle activation, and force measurements helps identify mechanisms for enhancing performance and preventing injuries. Key research topics cover the biomechanical causes of overuse injuries in sports and physical activity, movement adaptations to different environments, and how prosthetics affect walking patterns. Various methods support this work, such as motion capture, in-shoe pressure analysis, and smart biofeedback technologies for prosthetic devices.
Cutting-edge approaches form the foundation of our research, including high-speed cameras, 3D movement analysis, fine wire electromyography, respiratory monitoring, and advanced imaging techniques. These findings also motivate engineers developing biologically inspired movement systems.