In this article, an overview of the currently tested devices is given, which is based on published data. The general concept of all retinal implants and, more or less, all visual prostheses is ...

A cell-based subretinal implant shows promise in the treatment of geographic atrophy, achieving the unprecedented milestone ...

At Science, researchers are developing an implant that sits directly in the eye, under the retina. That’s different than Science’s other planned devices, which will put electrodes in the brain ...

The Argus II Retinal Prosthesis System isn’t quite that advanced. But for the vision-impaired, the “bionic retina” is a huge leap forward. The device, which was created by the California ...

Pixium Vision, a French company, has received the approval to begin in-human trials of a miniature wireless sub-retinal implant. Named PRIMA, the device may help those with advanced dry age ...

Retinal implants that can translate sensory input into neural activation ... The problem that Henein’s team saw with existing devices is that they have metallic parts, cumbersome wiring, or low ...

The system harnesses technology similar to that of devices like Alexa and Siri, according to the researchers, and improves on ...

At the Oxford Eye Hospital doctors have selected 6 patients to receive the most advanced kind of retinal implant ... The surgery to implant this device is being carried out by Prof Robert ...

for an artificial vision device called the Argus ® II, which was marketed for a rare form of blindness and implanted in hundreds of patients Cortigent’s precision neurostimulation technology is ...

under a Humanitarian Device Exemption, the Argus II Retinal Prosthesis System, the first and only artificial vision device authorized by the FDA to treat a rare form of blindness called retinitis ...

Is the device functioning electrically ... activates the visual cortex in a topographically correct way. Retina implants are well tolerated in animal experiments. In blind subjects suffering ...