LCA-1 research is getting a boost from Genzyme with a $900,000 grant to pursue gene therapy. Dr. Shannon Boye has had success with animals in the lab and is looking to take her research to the next step. She is focusing primarily on the GUCY2D gene.
Researchers are using 3D printers to create artificial retinal nerve cells. They hope this will lead to using this to replace damaged retinal cells and ultimately cure retinal blindness.
The first human trials in using home-grown stem cells to treat age-related macular degeneration took place recently in Japan. This could be a breakthrough for other therapies involving stem cells and retinal degeneration.
A Japanese ophthalmologist has invented a way to use adult stem cells to replace the base layer of the retina and improve the sight of those with age-related macular degeneration.
The NIH has established an Undiagnosed Diseases Network to link research sites across the country and develop diagnoses and treatments for rare diseases.
There are several exciting new technologies designed to improve vision. Retinitas pigmentosa, macular degeneration and other eye issues have new treatments.
My Retina Tracker is a resource from the Foundation Fighting Blindness that lets individuals manage their information around their retina disease, while researchers can curate the information to further treatment of those diseases.
Researchers are developing an oral medicine that improves visual ability in patients with LCA from the RPE65 or LRAT genes. This is very exciting news!
Researchers have figured out how to use adult stem cells to grow corneas in the lab. These can be used to treat a host of eye illnesses and injuries.
Researchers have found a way to deliver glaucoma medicine via contact lenses, making it easier for users to continue treatment for their disease.
An eye doctor in Kenya has invented a way to use smartphones to diagnose and treat blindness by bringing the technology to the patient.
Scientists are using stem cells to create a retina in a petri dish. It behaves exactly as an actual retina does, allowing for full experimentation and leading hopefully to restoring vision for people with retinal disease.
There's a new way to deal with seizures that could revolutionize the lives of those who have them. It involves embedding a tiny computer in the skull of the patient which senses seizure activity and stops it in its tracks.
Researchers at the Nuffield Laboratory of Ophthalmology at the University of Oxford in the U.K. are treating Choroideremia (CHM) with gene therapy. This treatment can be used to treat many genetic disorders that cause blindness, including age-related macular degeneration.
Boston Children's Hospital is planning to launch a new infant magnetoencephalography (MEG) system this spring that will revolutionize what we know about infant brains and, more to the point, infant seizures.