<p>Group average hip and ankle joint powers by condition across time for RR<sub>Low</sub> (left) and RR<sub>High</sub> (right). Dashed grey lines represent young preferred walking as reference. An X on each curve provides a reference for the timing of peak F<sub>P</sub>. Asterisks (*) represent a significant main effect (p<0.05) of F<sub>P</sub> biofeedback on peak hip power during early stance (i.e., H1) and push-off (i.e., H3) and on peak ankle power.</p
Abstract Excessive hip flexion torque to prioritize leg swings in the elderly is likely to be a fact...
Higginson, Jill S.Walking is a common activity of daily living and is directly related to an individ...
Objective. To compare the joint torque pattern and dynamic joint stiffness at the knee and ankle in ...
<p>Group average hip and ankle joint powers by condition across time for all young (left) and all ol...
<p><b>A.)</b> Experimental design using real-time peak propulsive force measurements projected in fr...
<div><p>Introduction</p><p>Compared to young adults, older adults walk with smaller propulsive force...
Even before clinically relevant reductions in preferred walking speed, older adults walk with a prec...
The response to stance perturbations changes with age. The shift from an ankle to a hip strategy wit...
Purpose Understanding what constitutes normal walking mechanics across the adult lifespan is crucial...
Age-associated biomechanical plasticity (BP) has been established as the distal to proximal shift of...
Physiological and neurological changes with healthy aging cause old adults to alter biomechanical ga...
Background. We quantified age-related decreases in the ability of female participants to generate wh...
Walking is a basic form of locomotion and walking velocity is a good predictor of human health, with...
It is well known that ankle joint power generation (A2) is reduced in healthy older adults (OG) duri...
Previous studies showed age-related redistribution of joint torques from ankle joint plantar flexion...
Abstract Excessive hip flexion torque to prioritize leg swings in the elderly is likely to be a fact...
Higginson, Jill S.Walking is a common activity of daily living and is directly related to an individ...
Objective. To compare the joint torque pattern and dynamic joint stiffness at the knee and ankle in ...
<p>Group average hip and ankle joint powers by condition across time for all young (left) and all ol...
<p><b>A.)</b> Experimental design using real-time peak propulsive force measurements projected in fr...
<div><p>Introduction</p><p>Compared to young adults, older adults walk with smaller propulsive force...
Even before clinically relevant reductions in preferred walking speed, older adults walk with a prec...
The response to stance perturbations changes with age. The shift from an ankle to a hip strategy wit...
Purpose Understanding what constitutes normal walking mechanics across the adult lifespan is crucial...
Age-associated biomechanical plasticity (BP) has been established as the distal to proximal shift of...
Physiological and neurological changes with healthy aging cause old adults to alter biomechanical ga...
Background. We quantified age-related decreases in the ability of female participants to generate wh...
Walking is a basic form of locomotion and walking velocity is a good predictor of human health, with...
It is well known that ankle joint power generation (A2) is reduced in healthy older adults (OG) duri...
Previous studies showed age-related redistribution of joint torques from ankle joint plantar flexion...
Abstract Excessive hip flexion torque to prioritize leg swings in the elderly is likely to be a fact...
Higginson, Jill S.Walking is a common activity of daily living and is directly related to an individ...
Objective. To compare the joint torque pattern and dynamic joint stiffness at the knee and ankle in ...