Participant demographics.

<div><p>Background</p><p>There is growing interest in the use of biofeedback-augmented gait training in cerebral palsy (CP). Audiovisual, sensorimotor, and immersive biofeedback paradigms are commonly used to elicit short-term gait improvements; however, outcomes remain varia...

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Bibliographic Details
Main Author:	Alyssa M. Spomer (13904823) (author)
Other Authors:	Benjamin C. Conner (12297122) (author), Michael H. Schwartz (3310614) (author), Zachary F. Lerner (12297128) (author), Katherine M. Steele (4246015) (author)
Published:	2024
Subjects:	Biochemistry Medicine Neuroscience Biotechnology Evolutionary Biology Science Policy Biological Sciences not elsewhere classified target plantarflexor activity overground walking function muscle activity within moderate positive correlation generally weak correlations baseline walking function factors driving adaptation augmented gait training adapted gait patterns outcomes remain variable immersive biofeedback paradigms biofeedback training requires session soleus adaptation time soleus activity heterogeneous among adolescents 40 &# 8804 term gait improvements improvements across sessions gait using biofeedback adaptation capacity may session adaptation across sessions biofeedback may &# 8804 significant improvements term retention provided using highly variable session gains &# 961 xlink "> work suggests retain </ promising avenue latter indicates growing interest gmfcs level explored extensively commonly used cerebral palsy 81 ), 43 ). 14 years
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Participant demographics.

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