The DOE national labs, partnering with the University of Southern California and North Carolina State University, are designing a micro-electronic device that would be implanted in the eye on the surface of the retina. A microelectrode array would perform the function of normal photoreceptive cells.
"Restoring vision to patients with retinal disorders is the truly marvelous goal of this team of researchers," said Secretary Abraham before an audience on the campus of USC. "That the unique resources of government laboratories are helping to meet this goal is another demonstration of their benefit to the Nation. We are always looking for areas in which our interdisciplinary strengths can be leveraged to revolutionize areas of science, engineering and technology, and to improve quality of life for millions of people."
The artificial retina could help those blinded by age-related macular degeneration or retinitis pigmentosa where neural wiring from the eye to brain is intact, but the eyes lack photoreceptor activity. The artificial retina is a device that captures visual signals and sends them to the brain in the form of electrical impulses. The device is a miniature disc that contains an electrode array that can be implanted in the back of the eye to replace a damaged retina. Visual signals are captured by a small video camera in the eyeglasses of the blind person and processed through a
Contact: Jeff Sherwood
DOE/US Department of Energy