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Novel Spatial-Motor Approaches Targeting Post-Stroke Spatial Neglect and Gait Deficits

US · IL NIH RePORTER grant awarded #nih-5F31NS131020-03

Summary

This research project aims to evaluate novel spatial-motor retraining approaches, combining Prism Adaptation Therapy (PAT), electrical stimulation, and gait training, to improve spatial neglect and gait deficits in individuals post-stroke.

What they want

The project seeks to generate data supporting novel motor spatial retraining approaches to enhance rehabilitation of spatial neglect (SN) and gait performance in post-stroke individuals. Specifically, it will evaluate the effects of combining PAT and electrical stimulation (Aim 1), as well as PAT and gait training (Aim 2), on Aiming SN and gait performance. Hypotheses include that adding stimulation to the neglected upper limb during PAT will induce larger improvements in Aiming SN and greater generalization to gait performance, and that gait training with stimulation to the left lower limb preceded by PAT will induce larger improvements in gait performance than gait training with stimulation alone. The work will inform future design of new and targeted treatment protocols for evidence-based rehabilitation.
Deliverables
  • Data supporting novel motor spatial retraining approaches
  • Novel information to inform future design of new and targeted treatment protocols
Technical requirements
  • Prism Adaptation Therapy (PAT)
  • Electrical stimulation
  • Gait training
Key personnel
  • PI (Principal Investigator)
  • Dr. Barrett (sponsor)
  • Dr. Kesar (co-sponsor)
Novel Spatial-Motor Approaches Targeting P…
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