Study on Bionic Vision Technology Paves the Way Towards Human TrialsVision, News
The Phoenix99 Bionic Eye is an implantable system designed to restore a form of vision in persons who are blind. The device’s two main components which need to be implanted consist of a stimulator attached to the eye and a communication module positioned under the skin behind the ear. Sheep trials showed that the body accepted both these elements and furthermore healed around them. The team is now applying for ethics approval to perform clinical trials in human patients. Phoenix99 Bionic Eye Trials.
Scientists Create Brain Implant that Enables Identification of LettersVision, News
A group of researchers in Spain collaborated with scientists at the Netherlands Institute for Neuroscience in Amsterdam and the University of Utah in Salt Lake City, US, to use a microelectrode array to help a blind person perceive letters and shapes. The implant, which is about the size of a penny, bypasses the optic nerve and instead provides stimulation to the brain’s visual cortex. By the end of the study, the participant could identify several letters. Although the device is in the early stages of clinical development, the first experiment in a human participant was successful. The results now appear in The Journal of Clinical Investigation. Read more via Medical News Today.
Visual Percepts Evoked with an Intracortical Microelectrode ArrayVision, Scholarly Article
Researchers in Spain created a visual prosthesis for end users who are blind to perceive shapes and letters. The team's end user collaborator, Berna Gomez, has experienced blindness for the last 16 years. The implanted visual prosthesis system utilizes the Utah electrode array, which is much smaller than a penny, to create electrical stimulation in Gomez's visual cortex. Read more in the Journal of Clinical Investigation.
New Neural Brain Implant Developed by Russian Specialists to Bypass the Eye in Communication with the BrainVision, News
Russian specialists at the ‘Sensor-Tekh’ laboratory and the Foundation For the Support of the Deaf and Blind have developed the first Russian neural brain implant that will bypass the user's eye in direct communication with the brain for transmission of objects in 3D space. Read more via Russia Beyond.
Researchers at the University of Southern California Create a Bionic EyeVision, News
Researchers have created a bionic eye, Argus II, that is a microscopic supercomputer implanted into the eyes of persons with vision loss and helps recognize shapes and patterns. Read more via The Hill.
G3ict NeuroAbilities Interview Series | Episode 2 with Theresa Vaughan and Mike MayVision, Video
Theresa Vaughan (Research Scientist at the NCAN and Chair of the NeuroAbilities Advisory Council) interviews Mike May (Sendero Founder/Olympian) on the advances of technology, development of Accessible Wayfinding tools and various accessible GPS products. Watch the interview on YouTube.
Man Receives Vision-restoring Retinal Implant at UICVision, Video
Robert Selby talks about his experience as he becomes the first person from Missouri to receive Argus II, and one of about 60 people in the U.S. with an Argus II. Watch the video via UIC Media.
Dr. Bradley Greger on Restoring Vision to Persons with Blindness by Implanting a Neural StimulatorVision, Podcast
The podcast features Dr Bradley Greger, an associate professor at Arizona State University, and his interest in helping persons who are blind using implants which go directly to the brain, similar to a cochlear implant, and transmit what a camera captures. Listen to the Neural Implant Podcast.
The Argus-II Retinal Prosthesis Implantation: From the Global to Local Successful ExperienceVision, Scholarly Article
This technology report paper provides an overview of the global experience of the Argus-II retinal implant, as well as the clinical outcome of the cases in Iran to date. Read more via Frontiers in Neuroscience.
Bionic Eye Tech: Successful Experiment to Generate Brain PerceptionsVision, News
A team of neuroscientists has demonstrated brain perceptions in two sighted monkeys in a move that brings technology closer to routine practical use. Read more via Scientific American.