STROKE SEQUELAE

This study tests whether home-based telerehabilitation therapy—hand and arm exercises prescribed by an occupational therapist and done remotely—is feasible and helpful for stroke survivors with vascular dementia. The main goal is to see if it lessens the burden on family caregive…

This study tests a wrist-worn sensor system called StrokeWear that gives feedback and encourages stroke survivors to use their weaker arm more during daily activities. 88 people who had a stroke 1-6 months ago will either use the system plus a home exercise plan, or just the exer…

This Phase 2 trial tests a wrist-worn sensor system called StrokeWear, combined with goal-setting and daily action planning, to encourage stroke survivors to use their weaker arm more during everyday activities. The study enrolls 32 chronic stroke survivors who will either use th…

This study tests whether a fast form of brain stimulation, called accelerated rTMS, can safely improve apathy—loss of motivation and withdrawal—in people who have had a stroke. About 40 adults who had a stroke at least 6 months ago and have significant apathy will receive either …

This study tests whether a gentle electrical current applied to the scalp (tDCS) combined with computer-based cognitive training can improve memory, attention, and thinking in people who had a mild stroke. About 60 participants will receive either real tDCS or a sham (fake) versi…

This study uses a brain imaging technique called MEG to look at how the brain recovers after a minor stroke. Researchers will scan 40 stroke survivors and 15 healthy older adults at 1, 6, and 12 months after the stroke while they perform a naming task. The goal is to understand w…

This study looks at up to 100 young adults (ages 18-55) who have had a stroke to understand how they recover. Researchers will collect detailed health information and samples to see what factors like age, lifestyle, and biology affect recovery. The goal is to test if this detaile…

This study investigates how brain activity changes when people imagine moving their wrist. Researchers will use advanced brain scans (MRI and MEG) to create personalized models of these signals, then test if they can decode imagined movements using simpler EEG recordings. The goa…