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19943 results for "implant technology"
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.
A wireless eye implant that restored central vision to people with late-stage macular degeneration just secured $230 million to bring the technology to Americans. The device pairs high-tech glasses with a retinal implant to help people see again after 12 months of use.
Scientists have developed a groundbreaking coating for medical implants that safely dissolves as bones heal, potentially eliminating painful removal surgeries for millions of patients worldwide. The innovation combines bioactive peptides with biodegradable magnesium to create implants that do their job and then disappear.
A retinal implant that restores vision for people with macular degeneration just got approved in Europe, letting patients read books and road signs again. Americans could access the life-changing device by 2027.
China just became the first country to approve a brain implant for commercial use, opening the door for people with spinal cord injuries to regain movement. While similar devices have existed in research labs for decades, this marks a breakthrough in making the technology accessible beyond clinical trials.
Scientists at Cornell University created a neural implant smaller than a grain of salt that can wirelessly read brain activity for over a year. The device uses light instead of wires, opening doors to safer brain monitoring for medical treatments.
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.
A man with ALS uses a brain implant at home to communicate, work, and send messages at 56 words per minute. After nearly two years of daily use, the technology is transforming from research tool to life-changing medical device.
Keith Thomas lost the ability to move and feel below his neck after a diving accident, but a groundbreaking brain implant helped him pet his dog again. The experimental device restored both movement and sensation by sending coordinated signals to his brain and spinal cord.
Scientists have created a wireless retinal implant thinner than a human hair that could one day restore sight to millions living with vision loss. The breakthrough device uses safe near-infrared light instead of risky visible light, eliminating the need for bulky electronics.
Walter Grkovic just became the first Australian to receive a "smart" brain implant that automatically adjusts to fight Parkinson's symptoms in real time. The new adaptive deep brain stimulation technology has already helped 150,000 Australians living with the debilitating disease.
A man paralyzed from the chest down can now feed himself, drink from a cup, and feel his sister's hand thanks to groundbreaking brain implant technology. Even more remarkable: some of his restored abilities remain when the device is turned off.
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.
Researchers cracked the code on metamaterials that could replace titanium implants, keeping bones healthy instead of weakening them. The breakthrough also promises better robotic grippers and safer car bumpers.
A man with ALS is using a brain implant at home to communicate at 56 words per minute, keeping his job and staying connected to loved ones. It's the longest-running test of speech technology for paralysis patients outside a lab.
Britain is pouring £62 million into developing its own satellite technology, helping businesses and researchers build better internet connections for remote areas and strengthen the country's space industry. The funding will support everything from startup ideas to major commercial projects, creating jobs and reducing reliance on foreign space infrastructure.
A baseball cap that activates a tiny brain implant just won FDA approval for its first human trial. For people with treatment-resistant depression, this could transform morning routines into moments of healing.
Scientists used artificial intelligence to perfect the manufacturing of a new titanium alloy that's safer for medical implants and easier on the body. The breakthrough could speed up how quickly patients get access to better, non-toxic implants.
A PhD student peering into a microscope discovered that dinosaur bones share the same mineral structure as modern human bones—a finding that could revolutionize how we design medical implants. Scientists at McMaster University found identical mineral clusters in a 71.5-million-year-old Albertosaurus fossil and human bone tissue.
A Belgian startup just earned FDA breakthrough status for a brain implant that bypasses damaged eyes entirely to restore functional vision. Clinical trials in blind volunteers could begin as soon as summer 2027.
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