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The Effects Of Shoe Traction And Obstacle Height On Lower Extremity Coordination Dynamics During Walking., Leslie Decker, Jeremy J. Houser, John M. Noble, Gregory M. Karst, Nicholas Stergiou

Journal Articles: Physical Therapy

This study aims to investigate the effects of shoe traction and obstacle height on lower extremity relative phase dynamics (analysis of intralimb coordination) during walking to better understand the mechanisms employed to avoid slippage following obstacle clearance. Ten participants walked at a self-selected pace during eight conditions: four obstacle heights (0%, 10%, 20%, and 40% of limb length) while wearing two pairs of shoes (low and high traction). A coordination analysis was used and phasing relationships between lower extremity segments were examined. The results demonstrated that significant behavioral changes were elicited under varied obstacle heights and frictional conditions. Both decreasing …