Interlimb kinetic asymmetries during the tuck jump assessment are more exposed following kinetic stabilization

CONCLUSIONS: Larger asymmetries were evident after kinetic stabilization, with increased VGRF in the non-dominant limb. We speculate that participants sacrificed interlimb landing symmetry to achieve kinetic stability, which may reflect a primal landing strategy that forgoes movement quality. Assessing lower limb biomechanics using the TJA should involve examining kinetic stability and interlimb kinetic asymmetries.PMID:38593626 | DOI:10.1016/j.ptsp.2024.03.002
Source: Health Physics - Category: Physics Authors: Source Type: research