Dynamic balance ability in single-leg drop jump landing in junior female athletes after shin splints-assessment from a preventive perspective

Conclusion] The feedforward function may have been reduced on the affected side in comparison with that on the healthy side, and the reduction in dynamic balance early after landing may have increased the influence of the non-vertical component. The 1-5-s rectangular area was smaller on the affected side than that on the healthy side, suggesting that the feedback function excessively worked on the affected side and caused immobility by excessively locking the joint in single-leg balance and reducing body sway.PMID:34658520 | PMC:PMC8516612 | DOI:10.1589/jpts.33.758
Source: Physical Therapy - Category: Physiotherapy Authors: Source Type: research