Category
Injury
Document Type
Paper
Abstract
This pilot study examines the impact of varied cognitive loads on lower limb biomechanics during landing tasks. Ten male athletes performed a novel motor-cognitive assessment and then a landing task in three conditions with different cognitive loads. Findings suggest cognitive conditions may affect GRF, joint kinematics, and kinetics. Specifically, unanticipated tasks may elevate GRF, while altered hip abduction indicates adjustments in base support. Hip and knee moments vary based on cognitive conditions, emphasizing their influence on load absorption. Additionally, divided attention correlates with increased knee abduction moment, underscoring its relevance in managing potentially harmful sports movements. These results reinforce prior research, emphasizing the pivotal role of cognitive factors in screening and mitigating injury risks during athletic performances.
Recommended Citation
Bertozzi, Filippo; Brunetti, Claudia; Monfort, Scott M.; Sforza, Chiarella; Galli, Manuela; and Tarabini, Marco
(2024)
"INFLUENCE OF MOTOR-COGNITIVE PERFORMANCE ON LANDING BIOMECHANICS IN DIFFERENT CONDITIONS: PRELIMINARY RESULTS,"
ISBS Proceedings Archive: Vol. 42:
Iss.
1, Article 34.
Available at:
https://commons.nmu.edu/isbs/vol42/iss1/34
