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Asymmetries in motor control and their impact on functional independence

Recruiting

We are trying to learn more about how the brain controls movement and how this affects function after stroke. We expect differences in the side of brain damage to result in distinct movements of each arm. We will collect information with standard clinical exams and movements during tasks completed on the Kinereach virtual reality system. We will compare results between people who have and have not had a stroke.

I'm interested

18 years and over
This study is NOT accepting healthy volunteers
Inclusion Criteria:

• right-handed
• stroke occurred at least 3 months ago
• stroke on only one side of brain
• weakness on one side of the body
• able to understand instructions
Exclusion Criteria:

• history of more than 1 stroke
• pacemaker
• pregnant
• major psychiatric diagnosis (schizophrenia, major affective disorder, substance abuse requiring hospitalization)
• significant joint pain
• arthritis
• neurological disease other than stroke
• taking prescription drugs with sedative properties
• unable to have a MRI

Brain & Nervous System, Community Health, Heart & Vascular

stroke, chronic, independence, movement, hemiparesis, deficits, rehabilitation, neuroscience

Shanie Jayasinghe - jayas045@umn.edu
Shanie Jayasinghe
STUDY00015809
37968

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