Implant offers hope for corneal blindness treatment SUBSCRIBE LOG IN HOME SCIENCE Biology Environment Materials Physics Space View all SCIENCE news Biology Environment Materials Physics Space View all SCIENCE news TECH AI and Humanoids Architecture Consumer Tech Energy Manufacturing Military Robotics Deals View all TECHNOLOGY news AI and Humanoids Architecture Consumer Tech Energy Manufacturing Military Robotics Deals View all TECHNOLOGY news TRANSPORT Aircraft Automotive Bicycles Marine Motorcycles Urban Transport View all TRANSPORT news Aircraft Automotive Bicycles Marine Motorcycles Urban Transport View all TRANSPORT news OUTDOOR Campers & Adventure Vehicles Gear & Tools Outdoor Toys Tiny Houses View all OUTDOOR news Campers & Adventure Vehicles Gear & Tools Outdoor Toys Tiny Houses View all OUTDOOR news BODY & MIND Medical Innovations Wellness and Healthy Living Illnesses and conditions Brain Health Medical Innovations Wellness and Healthy Living Illnesses and conditions Brain Health © 2025 New Atlas Menu HOME SCIENCE Biology Environment Materials Physics Space View all SCIENCE news TECH AI and Humanoids Architecture Consumer Tech Energy Manufacturing Military Robotics Deals View all TECHNOLOGY news TRANSPORT Aircraft Automotive Bicycles Marine Motorcycles Urban Transport View all TRANSPORT news OUTDOOR Campers & Adventure Vehicles Gear & Tools Outdoor Toys Tiny Houses View all OUTDOOR news BODY & MIND Medical Innovations Wellness and Healthy Living Illnesses and conditions Brain Health SUBSCRIBE LOG IN Show Search Search Query Submit Search TECH TRANSPORT SCIENCE HEALTH OUTDOOR SUBSCRIBE HOME Medical Devices Futuristic eye implant bypasses cornea to beam images straight to retina By Paul McClure September 04, 2025 Facebook Twitter LinkedIn Reddit Email Futuristic eye implant bypasses cornea to beam images straight to retina A tiny new implant may mean waiting for donor corneas to restore vision will soon be a thing of the pastGPT-5 View 3 Images 1/3 A tiny new implant may mean waiting for donor corneas to restore vision will soon be a thing of the pastGPT-5 2/3 Eye anatomyDepositphotos 3/3 The grayscale image (left) shows the laptop screen displaying a real-time video signal from the donor eye’s retinaMindset Consulting View gallery – 3 images A tiny implant that beams images straight to the retina, bypassing a damaged cornea altogether, could give sight back to millions living with corneal blindness – no donor tissue required. Human trials may be underway in as little as two years.The cornea is the most frequently transplanted human tissue. For the millions of people living with corneal blindness, the transplantation of donor tissue has long been the only real hope they have for regaining vision. But even when transplants are possible, many patients remain legally blind.Now, researchers have unveiled a futuristic workaround: an implant that sidesteps the damaged cornea entirely, projecting images straight onto the retina. Dubai-based deep-tech company Xpanceo and Italian startup Intra-Ker have announced the first successful proof-of-concept for their intracorneal implant.“With over 12 million people awaiting corneal transplants, we see this as the beginning of a new era, where advanced optics and computation can bridge longstanding gaps in vision care,” said Xpanceo founder, Dr Valentyn Volkov. Eye anatomyDepositphotos Normally, light passes through a transparent cornea before reaching the retina. If the cornea is scarred or clouded, no amount of healthy retinal tissue matters – the brain never gets the signal. Instead of trying to biologically repair the cornea, this implant reimagines the problem as one of data delivery.External smart glasses, fitted with a camera, capture the visual scene. This is wirelessly transmitted, using the same communication and power system designed for Xpanceo’s smart contact lenses, to a 450×450-pixel microdisplay sealed inside the eye. That display then beams the visual data directly to the retina, bypassing the cornea altogether.“Until now, implanting electronics in the anterior segment of the eye has not met with success,” said Professor Massimo Busin, President and CEO of Intra-Ker. ”With only 185,000 traditional corneal transplants performed each year, we see a critical need for solutions that don’t rely on donor tissue. This system is made possible by our IP-protected technology, which enables precise and safe implantation of sealed electronic components using a procedure no more complex than standard corneal surgery.” The grayscale image (left) shows the laptop screen displaying a real-time video signal from the donor eye’s retinaMindset Consulting “The initial proof of concept combined a 450×450 pixel display with our micro-optical projection system into a 5.6-mm package, and for clinical use, we aim to miniaturize the entire system,” Volkov added.Human trials could begin within two years, with a projected addressable market of US$50 million to $200 million annua
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