Lower limb force-time metric asymmetries in youth basketball players
Authors
Željko Banićević 1, 2, Ivana Banićević 1, 2, Dimitrije Čabarkapa 3
1 HERC – Health, Exercise & Research Center, Dubai, UAE.
2 Faculty of Sport & Psychology, Educons University, Novi Sad, Serbia.
3 Jayhawk Athletic Performance Laboratory – Wu Tsai Human Performance Alliance, Department of Health, Sport and Exercise Sciences, University of Kansas, Lawrence, KS, USA.
Phase
The Project
Lower limb force-time metric asymmetries refer to the discrepancies in force and time measurements between the left and right lower limbs during various movements, such as walking, running, or jumping. These metrics are commonly used to assess and analyze asymmetrical loading patterns and muscular imbalances in the lower extremities. Lower limb force-time metric asymmetries are crucial for youth basketball players. They can indicate biomechanical imbalances, injury risk, and performance issues. Identifying and addressing these asymmetries early is important for young players’ development. Coaches, trainers, and medical professionals can analyze force-time metrics to understand lower limb mechanics. Unresolved asymmetries can lead to chronic injuries and hinder athletic growth.
The research enlisted 12 male basketball players who were conveniently chosen to participate in the winter basketball camp organized by a renowned basketball academy in Dubai, United Arab Emirates. The gathering of data took place on the court during the camp, utilizing cutting-edge equipment.
