Changes in temporal gait characteristics, kinematics, and kinetics.

<p>All changes are shown relative to the unloaded (no mass) walking conditions. (A) Stride time increased with foot loading and, to a lesser extent, thigh loading. (B) Early-stance peak knee angle became more flexed with shank and foot loading. (C) Late-stance peak knee extension angle became...

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Bibliographic Details
Main Author:	Delaney E. Miller (22305505) (author)
Other Authors:	Ashley E. Brown (22305508) (author), Nicholas A. Bianco (9922523) (author), Rucha Bhise (22305511) (author), Scott L. Delp (7470818) (author), Steven H. Collins (10723316) (author)
Published:	2025
Subjects:	Biophysics Medicine Physiology Biotechnology Evolutionary Biology Ecology Developmental Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified optimal control framework healthy young adults added per limb knee contact force increased knee loading limb body segments 67 ), respectively div >< p mass placement location estimated muscle activity walking </ p 6 %, 0 enforced experimental kinematics total body mass peak knee loads 5 %, 2 knee loads muscle activity body mass knee osteoarthritis r </ experimental data body weight 71 ), torso mass adding mass 1 %, treating osteoarthritis stance peaks specialized footwear simulations used simulations revealed prior studies powered exoskeletons disease progression designing interventions could lead bw total adding weights
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Changes in temporal gait characteristics, kinematics, and kinetics.

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