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35 results for "paralysis"
A 69-year-old man with paralysis spent years rowing a boat alone through Kerala's polluted river, collecting plastic waste for pennies. When an engineer-turned-photographer shared his story online, both their lives transformed in ways neither expected.
A rehabilitation center in Israel is using motion-tracking cameras, VR headsets, and AI-assisted therapy to help elderly patients recover from paralysis and severe injuries. One patient went from total paralysis to walking with a walker in months.
After a devastating accident left him paralyzed at 14, Arnav Maharishi spent months wondering if recovery could be measured. Three years later, he's created AI-powered tools that help paralysis patients track their healing with precision.
Scientists at Tel Aviv University developed a simple injection that helped paralyzed animals regain up to 80% of their movement within two months. The treatment works by removing harmful chemicals from the body right after injury strikes.
Brown University researchers created a breakthrough worm model that could help find treatments for a devastating childhood disease that causes paralysis and has no cure. The tiny nematodes offer a fast, affordable way to test thousands of potential drugs for alternating hemiplegia of childhood.
Brown University scientists created a breakthrough worm model that could help find treatments for alternating hemiplegia of childhood, a rare disease causing paralysis in kids. The discovery offers hope to families who've waited years for effective therapies.
Africa celebrated being polio-free in 2020, and women health workers were the driving force behind protecting 20 million people from paralysis. Now these same trusted community leaders are keeping immunization systems strong across the continent.
A disease that once paralyzed thousands of children every year has been nearly eradicated through one of history's most successful vaccination campaigns. Rotary International and its partners have reduced polio cases by 99.9% worldwide since 1988, saving more than 20 million people from paralysis.
Marion Jones went from a wheelchair to running the Boston Marathon after a rare disease left her partially paralyzed. The clean energy executive's remarkable recovery inspires thousands battling their own health challenges.
A California startup just unveiled a wool hat packed with 100,000 tiny sensors that can turn silent thoughts into on-screen text without surgery. The device could transform how millions with paralysis communicate and eventually change how we all interact with computers.
Three monkeys successfully walked through virtual reality environments controlled entirely by their brain signals, bringing new hope for paralyzed patients. This breakthrough could help people explore virtual worlds or control wheelchairs more naturally.
A 41-year-old man paralyzed for a decade is regaining control of his body through Colorado's first brain-computer interface implant. The breakthrough surgery could help millions with paralysis and movement disorders reclaim their independence.
Scientists at Brown University developed the first implant that helps paralyzed patients regain both movement and sensation. Three people with spinal cord injuries can now sense their legs moving without looking down.
After a construction accident left Robert Woo paralyzed from the chest down, he became the world's most influential exoskeleton test pilot. For 15 years, his feedback has helped thousands of people with paralysis walk again.
Scientists at MIT have built the first "living" implant that uses reprogrammed muscle and rewired nerves to restore movement in paralyzed organs. The breakthrough could help millions with spinal cord injuries, Crohn's disease, and other conditions regain lost function.
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A woman with ALS typed 22 words per minute using only her thoughts, thanks to a brain implant that reads finger movement signals. She matched the texting speed of able-bodied people her age.
Two paralyzed people are typing with their thoughts alone, using brain implants that translate imagined finger movements into keystrokes at speeds rivaling smartphone users. After learning just 30 sentences, they're chatting, joking, and reclaiming independence through a familiar QWERTY keyboard.
For the first time ever, a brain implant has been approved for widespread use outside clinical trials, giving hope to thousands living with paralysis. China's approval of the NEO device marks a breakthrough moment for people with severe spinal cord injuries who previously had no treatment options.
Two people with paralysis can now type on a virtual keyboard using only their thoughts, thanks to a groundbreaking brain implant. One patient reached 80% of an able-bodied person's typing speed.
Two people with paralysis can now type using only their thoughts at speeds nearly matching smartphone texting, thanks to a breakthrough brain implant. The technology brings life-changing communication within reach for people who've lost the ability to speak or move.
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