Biomechanical Contributions to Alterations in Peak Metabolic Capacity and Efficiency Following Locomotor Training in Individuals After Stroke.

This study examined how locomotor training after stroke influences peak metabolic capacity and walking efficiency by analyzing underlying biomechanical factors. Researchers investigated the relationship between gait mechanics and cardiorespiratory outcomes in post-stroke individuals undergoing rehabilitation. The findings contribute to understanding how targeted walking interventions may simultaneously improve both movement quality and aerobic capacity in stroke survivors.

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