Task Specificity & Functional Outcome: What is best for Post-Stroke Rehabilitation?
Submission Type
Event
Faculty Advisor
Abigail Kerr
Expected Graduation Date
2019
Location
Center for Natural Sciences, Illinois Wesleyan University
Start Date
4-13-2019 9:00 AM
End Date
4-13-2019 10:00 AM
Disciplines
Education | Psychology
Abstract
Stroke is a debilitating insult to the brain occurring from a blockage in blood supply (ischemic), or a bleed (hemorrhagic) in one hemisphere of the brain. Worldwide, approximately 10 million people are left with moderate to severe disability due to stroke; the most common deficit is upper extremity impairment. Current stroke rehabilitation strategies utilize task specific training of a skill, meaning one practices the specific skill they want to regain. However, it is possible that there are more generalized types of therapy that can be as effective in rehabilitating debilitated skills. The current study utilizes several skilled reaching tasks in mice that have shown striking parallels to human dexterous movements to observe the effects of task-specific versus generalized upper extremity rehabilitation post-stroke. Our findings have meaningful implications for rehabilitative strategies post-stroke and test the validity of a skilled reaching task used in the rodent model.
Task Specificity & Functional Outcome: What is best for Post-Stroke Rehabilitation?
Center for Natural Sciences, Illinois Wesleyan University
Stroke is a debilitating insult to the brain occurring from a blockage in blood supply (ischemic), or a bleed (hemorrhagic) in one hemisphere of the brain. Worldwide, approximately 10 million people are left with moderate to severe disability due to stroke; the most common deficit is upper extremity impairment. Current stroke rehabilitation strategies utilize task specific training of a skill, meaning one practices the specific skill they want to regain. However, it is possible that there are more generalized types of therapy that can be as effective in rehabilitating debilitated skills. The current study utilizes several skilled reaching tasks in mice that have shown striking parallels to human dexterous movements to observe the effects of task-specific versus generalized upper extremity rehabilitation post-stroke. Our findings have meaningful implications for rehabilitative strategies post-stroke and test the validity of a skilled reaching task used in the rodent model.
https://digitalcommons.iwu.edu/jwprc/2019/posters/2