STROKE; SEQUELAE

This study tests whether home-based telerehabilitation is practical and can ease the burden on caregivers of chronic stroke patients, including those with vascular dementia. About 120 participants who had a stroke at least 6 months ago will take part. The main focus is on caregiv…

This study tests a wrist-worn sensor system called StrokeWear to help chronic stroke survivors use their weaker arm more in daily life. 32 participants will either use the sensor with a home exercise program or follow standard home exercises alone. The goal is to see if the senso…

This study tests a wrist-worn sensor system called StrokeWear to help people who have had a stroke use their weaker arm more in daily life. About 88 participants who had a stroke 1 to 6 months ago will either use the sensor with a home exercise program or follow standard care. Th…

This study tests whether a fast form of brain stimulation (accelerated rTMS) can safely improve apathy—loss of motivation and withdrawal—in people who had a stroke at least 6 months ago. About 40 adults aged 40+ will receive either real or fake stimulation to a brain area linked …

This study is testing whether a gentle, non-invasive brain stimulation technique, combined with computer-based brain training games, can help improve memory, focus, and thinking speed in people who have had a minor stroke. Researchers at Johns Hopkins will enroll about 60 stroke …

This study involves up to 100 young adults (ages 18-55) who have had a stroke. Researchers will collect detailed health information and samples to better understand recovery. The goal is to test how practical this approach is and explore factors like age, lifestyle, and biology t…

This study aims to better understand how the brain controls movement, especially after a stroke. Researchers will use advanced brain imaging to decode signals related to imagined and real wrist movements. The goal is to improve brain-computer interfaces that could help stroke pat…