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Tracking the evolution of spasticity in acute stroke
This study will measure arm muscle weakness and spinal cord changes following post stroke.
Age Range
Adults (> 18)
Clinical Trial
Can H-Reflex down conditioning reduce spasticity in stroke survivors?
The purpose of this study is to study the effects of reflex training as a new intervention to help with spasticity, a motor impairment that can occur during the recovery after a stroke.
Age Range
Adults (18-85)
Clinical Trial
Woman struck by stray bullet during West Englewood drive-by released from hospital
She was taken to Christ Hospital in critical condition and then treated at Shirley Ryan Ability Lab. She had to re-learn how to walk and talk.
News
Grant Award: Novel Device to Monitor Patients and Prevent Pressure Ulcers
CBM received an internal grant to develop a data-driven tracking device that can be fitted to hospital beds within the Shirley Ryan AbilityLab and used by nursing staff to monitor a patient's orientation within the bed and how long they have been stagnant.
In the News
Eric Earley Successfully Defends PhD
Graduate student researcher Eric Earley successfully defended his doctoral thesis, “Sensory Substitution in the Presence of Vision: Providing Joint Speed Feedback to Improve Myoelectric Prosthesis Control and Adaptation," on December 10.
In the News
Aleks Gebska presents at "A Glimpse into Research"
SRAlab's second annual "Glimpse into Research" took place on December 17th, where researchers from a diverse variety of labs presented their work to staff from across the hospital.
In the News
Stroke Recovery
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Presentations at "A Glimpse into Research"
Several of our team members presented at the Shirley Ryan AbilityLab's "A Glimpse into Research" in December.
In the News
Worker's Compensation Programs
Worker's compensation program partnerships at the Shirley Ryan AbilityLab.
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Featured research in the American Academy of Sleep Medicine
The American Academy of Sleep Medicine featured Dr. Arun Jayaraman's recent publication in Nature Digital Medicine on a multimodal, wireless, wearable sensor system measuring hand acceleration, electrocardiography, and distal skin temperature that outperforms actigraphy in detecting wake and sleep.
In the News