Degeneration of photoreceptors (rod and cone cells) is a leading cause of vision loss. Since there are no effective treatments to restore vision once photoreceptors are lost, photoreceptor regeneration has the very real prospect of alleviating blindness in these eyes. To that end, a recent innovative study has demonstrated the possibility of reprogramming Müller glial [Read More]
News
Mediterranean Diet Lowers Risk of AMD
Studies in France and the Netherlands have shown that a Mediterranean diet is linked to a lower risk of age-related macular degeneration (AMD). Researchers investigated the effects of such a diet on a large sample from subjects from two population-based prospective studies. The diet consists of more than median intakes of vegetables, fruits, legumes, cereals, [Read More]
New Web Tool Lets AMD Patients Map Their Visual Fields At Home
One of the frustrations of visual impairment is the difficulty of explaining our vision to others. We often hear things like, “How did you see that? I thought you were blind!” Another issue we deal with is how to personally keep track of our vision changes throughout the progression of our disease. Our eye doctors have [Read More]
Will Driverless Vehicles Be Accessible To The Visually Impaired?
by Dan Roberts Autonomous (driverless) vehicles are on the way. The technology is already in place, having been successfully tested for several years under every city and highway traveling condition. Many automakers report that their new cars are now being equipped for driverless operation, so the change-over will be easy when the time comes. And [Read More]
Congressional Action Increases Funding for Major Vision Programs
The U.S. Congress has increased spending to a number of programs that impact vision and eye health in its Fiscal Year 2018 “omnibus” legislation. As a result of advocacy by Prevent Blindness and its affiliates, partners, and advocates across the country, the FY2018 Labor-HHS-Education legislation increases funding to the Centers for Disease Control and Prevention [Read More]