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- Dual task (1)
- Dual task cost (1)
- Gait (1)
- Mixed-turn; Walking turns (1)
- Older adults (1)
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- Step-turn (1)
- Turning strategies; Complex locomotor skills; Age-related differences and turn strategies; Anticipatory v. reactive spatial-temporal gait adaptations; Fast walking speed & late-visual cue constraints; Spatial constraints; Personal space margin of safety; Fall prevention gait training; Healthy older adults at low fall risk; Spin-turn (1)
- Uneven surface (1)
Articles 1 - 2 of 2
Full-Text Articles in Physiotherapy
Effects Of Direction Time Constraints And Walking Speed On Turn Strategies And Gait Adaptations In Healthy Older And Young Adults, Dennis Torre
Seton Hall University Dissertations and Theses (ETDs)
Hip fractures can be life-threatening, debilitating, and costly. The odds for hip fracture increases from impact of sideways falls. While turning has been strongly associated with hip fracture & sideways falls, the distinction between the risks for walking-turns as opposed to low-velocity in-place turning is not clear. The present study sought to fill a gap as previous research had not compared walking-turn performance in young & healthy older adults at low-fall risk within the same study and response-conditions of speed interacting with direction-cue time constraints. Spatial-temporal variables representative of AP braking/propulsion (i.e. stride-length & speed) & ML stability (left/right H-H …
Effect Of Dual Tasking On Walking Over Even And Uneven Surfaces In Functionally Independent Community Older Adults, Olajide L. Kolawole
Effect Of Dual Tasking On Walking Over Even And Uneven Surfaces In Functionally Independent Community Older Adults, Olajide L. Kolawole
Seton Hall University Dissertations and Theses (ETDs)
While several studies have reported a decrement in performance by older adults while walking and concurrently performing a dual task on even surfaces, to date the effects of dual tasking while walking on uneven surfaces commonly found in the community has received less attention. Thus, we sought to test the hypothesis that an incremental decrement in gait parameters will be observed, when walking on an uneven versus an even surface and furthermore, that this decrement would be dependent upon the concurrent performance of a secondary cognitive and/or motor task in functionally independent-living-community older adults.
Dynamic Gait Index assessed the subject’s …