Category
Injury
Document Type
Paper
Abstract
The aims of this study were i) to determine if performing regression models with high-risk datasets compared to full datasets could help to understand better which biomechanical variables could really be considered ‘at-risk’ and/or ‘better for performance’ and ii) to determine the effect of anticipation on ‘at-risk’ biomechanical variables. Basketball players (n=33) completed 6 changes of direction in anticipated or unanticipated conditions. Kinematics, dynamics and performance were measured with motion capture and force plates. A lower number of predictors were found for high-risk dataset compared to full dataset. Hip adduction and trunk lateral lean could be both considered ‘at-risk’ and ‘better for performance’. Moreover, anticipation impacts the “at-risk” technique, so training instructions should differ between anticipated and unanticipated sidestepping tasks.
Recommended Citation
DUCHENE, Youri; Hanen, Nicolas Charles; Banet, Léo; and Mornieux, Guillaume
(2024)
"EXPLORING THE PERFORMANCE – ACL INJURY RISK CONFLICT DURING ANTICIPATED AND UNANTICIPATED SIDESTEPPING TASKS,"
ISBS Proceedings Archive: Vol. 42:
Iss.
1, Article 74.
Available at:
https://commons.nmu.edu/isbs/vol42/iss1/74