Stony Brook researchers are using computer and AI technologies to create a Caregiving Robot Assistant (CART) for ALS patients and their caregivers.
https://rehabpub.com/daily-living/robot-uses-ai-to-assist-als-patients/
Hop On a Cure has a new financial contribution toward research at Massachusetts General Hospital Department of Neurology’s Sean M. Healey & AMG Center for ALS.
https://rehabpub.com/conditions/neurological/als/hop-on-a-cure-donates-to-mass-general-als-research/
This role involves working closely with occupational therapists and ATPs to design and implement appropriate home modifications for injured workers.
https://rehabpub.com/daily-living/atf-medical-names-first-adaptive-housing-solutions-director/
The PT provider announced its inclusion on Forbes’ annual list of America’s Best Startup Employers for 2024, ranking #10 in healthcare.
https://rehabpub.com/industry-news/company-news/forbes-names-luna-a-top-rated-employer-for-2024/
Orbiter Med combines the company's Advanced Pressure Management system with the individualized postural support of a custom cushion reimbursable by insurance.
https://rehabpub.com/seating-positioning/cushions/orbiter-med-custom-wheelchair-cushion-launches/
These adaptive pants are designed to provide comfort and accessibility for individuals with disabilities and mobility challenges. Learn about their origin, features, and inclusive sizing options.
https://rehabpub.com/mobility/adaptive-pants-aim-to-make-dressing-easier/
During Limb Loss and Limb Difference Awareness Month, Ottobock is launching initiatives to promote awareness and access to prosthetics and orthotics.
The smart glasses use eye, head, and facial movements, such as blinks, to control devices for use in AR/VR, smart home, gaming, and assistive technologies.
https://rehabpub.com/mobility/aavaa-launches-bci-technology-for-smart-glasses/
This program will provide patients with access to Neurologic Music Therapy, using music and evidenced-based interventions to improve areas of movement, language, and cognition.
This research aims to monitor cognitive workload using a wearable cyber-physical system with a novel sensor to improve concussion recovery.