Location
LSU Health Science Center - New Orleans
Event Website
https://alliedhealth.lsuhsc.edu/admin/sahpresearchday.aspx
Document Type
Event
Start Date
8-4-2024 3:00 PM
End Date
8-4-2024 5:00 PM
Description
Abstract: Introduction: Stroke-induced hemiparesis severely impacts functional mobility and quality of life. While high intensity gait training is established in chronic stroke rehabilitation, power training is underexplored. Following a stroke, the inability to produce muscle power can have a negative impact on mobility, which has piqued interest to integrate muscle power into rehab plan. Purpose: To evaluate the efficacy of power training alongside high intensity gait training in improving locomotor function and functional mobility in a chronic stroke patient. Methods: A 68-year-old male with right pontine and left occipital ischemic infarction participated in a rehabilitation program that consisted of power training and high intensity gait training. Data was collected on three separate occasions throughout the case report. Results: The patient improved in functional mobility and decreased fall risk. Gait speed increased, which elevated ambulation status from household to limited community ambulation. Endurance also improved, reflected in the 2-Minute Walk Test. Leg press 1RM increased in both double and single leg presses. Discussion: A plan of care involving both interventions resulted in notable improvements in functional mobility, fall risk, and leg strength. However, the specific contribution of power training remains uncertain, warranting further investigation. Future studies should explore power training independently and concurrently with high-intensity gait training. Conclusion: This case report highlights the potential benefits of integrating power training with high intensity gait training in chronic stroke rehabilitation. While there were improvements in functional mobility, the role of power training requires further evaluation in order to optimize stroke rehabilitation.
Recommended Citation
Schmidt, Adam, "The Effect of Power Training Coupled with High-Intensity Gait Training to Improve Functional Mobility in a Patient with Right Sided Hemiparesis Following a Stroke." (2024). School of Allied Health Professions Research Day. 29.
https://digitalscholar.lsuhsc.edu/ahrd/2024/2024/29
Included in
The Effect of Power Training Coupled with High-Intensity Gait Training to Improve Functional Mobility in a Patient with Right Sided Hemiparesis Following a Stroke.
LSU Health Science Center - New Orleans
Abstract: Introduction: Stroke-induced hemiparesis severely impacts functional mobility and quality of life. While high intensity gait training is established in chronic stroke rehabilitation, power training is underexplored. Following a stroke, the inability to produce muscle power can have a negative impact on mobility, which has piqued interest to integrate muscle power into rehab plan. Purpose: To evaluate the efficacy of power training alongside high intensity gait training in improving locomotor function and functional mobility in a chronic stroke patient. Methods: A 68-year-old male with right pontine and left occipital ischemic infarction participated in a rehabilitation program that consisted of power training and high intensity gait training. Data was collected on three separate occasions throughout the case report. Results: The patient improved in functional mobility and decreased fall risk. Gait speed increased, which elevated ambulation status from household to limited community ambulation. Endurance also improved, reflected in the 2-Minute Walk Test. Leg press 1RM increased in both double and single leg presses. Discussion: A plan of care involving both interventions resulted in notable improvements in functional mobility, fall risk, and leg strength. However, the specific contribution of power training remains uncertain, warranting further investigation. Future studies should explore power training independently and concurrently with high-intensity gait training. Conclusion: This case report highlights the potential benefits of integrating power training with high intensity gait training in chronic stroke rehabilitation. While there were improvements in functional mobility, the role of power training requires further evaluation in order to optimize stroke rehabilitation.
https://digitalscholar.lsuhsc.edu/ahrd/2024/2024/29