Investigating the use of neurofeedback to promote self-regulation of cortical motor activities as a potential rehabilitation tool post-stroke
<p>Stroke-induced damage often leads to a more bilateral motor activation pattern, with under-activation of affected ipsilesional motor areas and over-activation in undamaged contralesional (i.e., ipsilateral) motor areas during movement of the stroke-impaired limb. This change in the function...
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| Format: | Thesis |
| Language: | English |
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2024
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