Pixium Vision's System Stimulates the Nervous System to Restore Vision
Laura McQuarrie — June 7, 2016 — Tech
References: pixium-vision & dailymail
Pixium Vision is currently developing a revolutionary new implant and headpiece system called the 'Iris II' that is set to restore vision among people who have lost the ability to see. The goggles use a technique called "neuromodulation," which stimulates the nervous system with electricity from a chip in order to restore sight.
This system is set to provide a new kind of retinal implant that will help patients learn to see shapes in black, white and gray. As it stands, there are retinal implants capable of restoring sight, but the quality is not suited to responding to real-world conditions. Pixium Vision claims that it has been successful in restoring sight in rats at a level that's equivalent to 20/250.
Pixium Vision is now testing its vision system on patients in Europe who suffer from a variety of symptoms that can lead to blindness.
This system is set to provide a new kind of retinal implant that will help patients learn to see shapes in black, white and gray. As it stands, there are retinal implants capable of restoring sight, but the quality is not suited to responding to real-world conditions. Pixium Vision claims that it has been successful in restoring sight in rats at a level that's equivalent to 20/250.
Pixium Vision is now testing its vision system on patients in Europe who suffer from a variety of symptoms that can lead to blindness.
Trend Themes
1. Neuromodulation Technology - The development of Pixium Vision's 'Iris II' system highlights the trend of using neuromodulation techniques to restore vision, creating opportunities for disruptive innovation in the field of sensory restoration.
2. Enhanced Retinal Implants - The focus on developing retinal implants with improved quality and responsiveness to real-world conditions presents disruptive innovation opportunities in the field of visual prosthetics.
3. Human Trials for Sight Restoration - The ongoing human trials conducted by Pixium Vision signify the trend of advancing research and development in restoring vision, opening up the potential for disruptive breakthroughs in the medical field.
Industry Implications
1. Medical Devices - The development of Pixium Vision's sight-restoring goggles falls within the medical devices industry, which presents opportunities for disruptive innovation in sensory restoration technologies.
2. Biotechnology - The use of neuromodulation technology in Pixium Vision's system showcases the potential for disruptive innovation in the biotechnology industry, particularly in the field of vision restoration.
3. Medical Research - The human trials conducted by Pixium Vision highlight the importance of medical research in the quest for sight restoration, paving the way for disruptive innovation in the medical research industry.
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