Smarter rehab
Technology such as VR, robotics, apps and brain implants, adopted where it helps.
- Stroke11 Aug
A spinal implant helped seven stroke survivors improve arm and hand mobility during a four-week pilot clinical trial, researchers found. Participants had profound movement impairments and received electrical stimulation alongside less than nine hours of painless movement training. All seven experienced improvements regardless of their initial level of mobility. The University of [...]
- Stroke31 Jul
Smart home sensors may help flag stroke risk in older people living alone by detecting changes in daily behaviour, a South Korean study suggests. The AI-powered system used contactless Internet of Things sensors to identify behavioural patterns linked to a higher risk of stroke. Researchers said monitoring these changes could support earlier detection among older [...]
- Multiple sclerosis30 Jul
An eight-year £2.72m AI project aims to improve personalised MS care by learning from information already collected in hospitals. The Wellcome-funded Data-driven Representation Learning for Equitable, Personalised Care in Multiple Sclerosis project, known as DreaMS, will develop AI tools to make better use of decades of existing hospital data. The project will [...]
- Parkinson's20 Jul
A stamp-sized tear sensor could help detect Parkinson’s disease before major symptoms appear, researchers say. The device is designed to detect dopamine, a brain chemical involved in movement, motivation and mood, using only a person’s tears. The findings suggest tears could offer a needle-free way to help identify Parkinson’s disease and other conditions linked to [...]
- Brain injury16 Jul
Brain-computer interface (BCI) training may help improve cognition in people with Parkinson’s disease, MS, dementia and traumatic brain injury, a study suggests. The approach uses feedback from electrical activity in the brain and was linked to improved perception of small visuomotor errors. The study indicated that participants were able to adjust their brain electrical activity [...]
- Brain injury24 Jun
A light-based sensor can detect head injury biomarkers at extremely low levels and could help doctors make faster diagnoses and treatment decisions. The chip-based technology uses a metasurface, an ultra-thin material patterned with tiny features that manipulate light in ways conventional lenses cannot. Coating a metasurface with antibodies that bind to specific target molecules allows [...]
- Stroke23 Jun
Linked robotic exoskeletons could improve stroke gait training by allowing therapists and patients to influence each other’s movements in real time, new research suggests The system links two wearable robotic devices, allowing a therapist to guide a patient’s hip and knee movements using their own legs. In evaluations involving eight stroke survivors, participants showed greater [...]
- Stroke17 Jun
Neuro-rehab innovator Bioxtreme has launched Dextreme 2.0, an enhanced version of its robotic rehabilitation platform that combines patented Error Augmentation technology, adaptive AI and immersive 3D therapy to accelerate motor recovery after stroke and other neurological injury. The company, based in Petach Tikva, Israel, says the next-generation system is designed to improve upper-extremity recovery in [...]
- Parkinson's1 Jun
A singer with Parkinson's has used AI to continue his music career after symptoms made guitar playing increasingly difficult. London-based singer-songwriter Samuel Smith, who was diagnosed with Parkinson's disease in 2020, recently released his second album, The Art of Letting Go. For Horizon, an instrumental track on the album, Smith used AI [...]
- Parkinson's28 May
US researchers have developed a robotic hand that can hear a melody once and play it back after just two minutes of self-taught practice on a keyboard, without relying on sheet music or pre-programmed scores. The scientists say that the approach could pave the way for new Parkinson’s therapies. The hand grew so capable that [...]

















