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Archive for the AMD Category

First AMD Patient Receives Argus II Bionic Retina

Ray Flynn wearing the Argus IIThere’s nothing more exciting than news about vision restoration for someone blind from a retinal disease. But a report coming from across the pond is especially compelling, because it’s about the first person with age-related macular degeneration (AMD) to receive the Argus II bionic retina.
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Sun and Funds: FFB’s Annual Summer Campaign

Summer Challenge web pageWe all know that Memorial Day is not, technically, the first day of summer. But seeing as we like to stretch summer out as much as possible, it only makes sense to kick it off… well… a few weeks early. The same premise is behind FFB’s Summer Challenge to End Blindness campaign, which began Memorial Day weekend and continues through the upcoming season.
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ARVO 2015 Highlight: The National Eye Institute Invests $4 Million in Audacious-Goals Research

future of retinal researchThe National Eye Institute’s (NEI) establishment of its Audacious Goals in 2013 was a watershed moment in the drive to cure blinding retinal diseases. The mission of the program—to regenerate the neurons and neural connections in the eye and visual system—is synonymous with the Foundation’s mission to eradicate retinal diseases. Most important, it means that the NEI is making significant investments in research that will benefit people with retinal conditions, such as retinitis pigmentosa, Usher syndrome, Stargardt disease, and age-related macular degeneration.
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ARVO 2015 Highlight: AMD Gene Therapy Performs Encouragingly in Human Study

an AMD eyeWhile treatments such as Lucentis®, Avastin®, and Eylea® have been saving and restoring vision for people with wet age-related macular degeneration (AMD) over the last several years, they have a significant drawback: The therapies require regular injections into the eye—in some cases, monthly—for the life of the patient.
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Need-to-Know Information about Clinical Trials

clinical trial patientWith about 15 clinical trials underway for inherited retinal diseases, and several more poised to begin in a few years, patients are eager to sign up for access to potential vision-saving therapies.
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What Everyone with a Retinal Disease Should Know about Vitamin A

blue eyeIf you think of your retinas as the engines that power your vision, then vitamin A is their fuel. Without vitamin A in our diets, we wouldn’t see.
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Genetics 101: How Some Retinal Diseases are Inherited

Egg and spermLong before the advent of genetic testing, or even knowledge of DNA and RNA, astute observers noticed that many traits were passed from one generation to another. But it still can be difficult to understand why some people inherit a genetic disease and others do not. Also, it’s often not clear which family members are at risk of inheriting a condition.
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FFB Goes Live to Help Save Vision

Save Your Vision Live!It’s no mystery that the Foundation Fighting Blindness’ core mission is funding research for treatments and cures of retinal diseases, and that we’re making significant progress. A recent influx of clinical, or human, trials of drug, gene and stem-cell therapies is proof. But another key FFB focus is informing the masses about retinal diseases through our public health-education program.
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ARVO 2014: Three Promising CEP290 Gene Therapy Alternatives

Renee Ryalls explains the dual-AAV gene therapy she's developing.While gene therapies for retinal degenerative diseases are making groundbreaking strides in both human and laboratory studies, the most widely and successfully used human-engineered virus for delivering replacement genes to retinal cells — the adeno-associated virus, or AAV — has one significant limitation. It can’t deliver relatively large genes, namely those larger than about 4.5 or 5 kilobases (kb). (Bases are the building blocks of a gene, and its size is expressed in kilobases.)
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Stem Cells Derived from Patient’s Skin Provide Insights into AMD

Dr. Stephen TsangInduced pluripotent stem cells (iPSC) — stem cells derived by genetically tweaking a small sample of a person’s skin or blood — are again demonstrating their power for helping researchers fight retinal diseases.

In this latest development, Stephen Tsang, M.D., Ph.D., a Foundation-funded researcher at Columbia University, used them to create a human model of age-related macular degeneration (AMD). The advancement not only gives us a better understanding of how AMD occurs; it provides a new, and potentially better, platform for testing vision-saving therapies. Results of the study were published in Human Molecular Genetics.

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