In a remarkable breakthrough, technology is giving those who have long been silenced by paralysis a voice. An advancement in brain-computer interfaces (BCIs) allowed a severely paralyzed woman to express herself through an avatar that translates her brain signals into voice and facial expressions. Read More...
For individuals living with paralysis, everyday activities can be a challenge. Scientists across the globe are constantly innovating to improve the quality of life for those with impaired mobility, like this implant that can turn people’s brain signals into words we’ve previously reported Read More...
Professor Samuel I. Stupp of Northwestern University led a breakthrough study that reversed paralysis and repaired grave spinal cord injuries in mice. Just four weeks after receiving a single injection of the novel treatment, the mice remarkably regained their ability to walk. “Our research Read More...
We have previously written about prosthetic legs that can adjust to different terrains and prosthetic hands that can be mind-controlled—but now, new developments have reached a novel level of efficiency for prosthetics and neural implants. A study published in the journal Science writes about Read More...
Neuroscientists from Stanford University have just made history by successfully converting brain activity related to handwriting into actual text in real-time. The team, working together with the BrainGate consortium, achieved the feat thanks to a new brain-computer interface (BCI) that could Read More...
The wheelchair has been pivotal in bringing mobility back to people who suffer from paralysis. That said, wheelchair technology hasn’t really evolved since the 1980s, so an update is long overdue. Recently, a Scottish design firm Phoenix Instinct revealed a lightweight wheelchair made of Read More...
While smart speakers have made a lot of people’s homes more comfortable, for people with disabilities these state-of-the-art gadgets can be life-changing. The hands-free, intuitive nature of this technology allows people to control light switches, thermostats, locks and more with just their Read More...
When it comes to spinal cord injuries that lead to paralysis, it is the immune system that actually causes most of the damage. Soon, however, it’s possible that an injection of nanoparticles at the injury site could prevent the body’s immune system from overreacting to trauma and resulting in Read More...
Each year between 250,000 and 500,000 people worldwide suffer a spinal cord injury, with just over 50 percent resulting in tetraplegia - a degree of paralysis in all four limbs. In a bid to offer new hope to paralyzed patients, an Australian doctor has performed a pioneering surgery technique that Read More...