Columbia, MD (Oct. 28, 2011)—The Foundation Fighting Blindness, a national nonprofit dedicated to advancing sight-saving research, announces an $8.25 million investment in six new gene therapy research projects that are targeted to have treatments ready for clinical trials within three years. The grants focus on treating a broad range of retinal degenerative diseases and will be allocated through the Foundation’s Translational Research Acceleration Program, which funds research efforts with strong, near-term clinical potential.

“The Foundation Fighting Blindness recognizes the great potential of gene therapy for saving and restoring vision, and we’re eager to build on the clinical development of retinal gene therapies that has been accelerating at an incredible rate over the past few years,” said Stephen Rose, Ph.D., chief research officer, Foundation Fighting Blindness. “It was just three years ago that we reported groundbreaking results from our first gene therapy clinical trials that restored vision in children and young adults who were virtually blind from Leber congenital amaurosis (LCA). The success of those studies set the stage for this rapid expansion in gene therapy development.”

As part of the new $8.25 million investment, one innovative project involves the use of gene therapy to resurrect and reactivate cone cells that are compromised by disease. In many inherited retinal conditions, including retinitis pigmentosa, cones stop working before they completely degenerate. The Institut de la Vision in Paris and the Friedrich Miescher Institute in Basel, Switzerland, are developing a gene therapy that revives degenerating cones, enabling them to regain their ability to respond to light and provide vision. The treatment also improves the health of cones and extends their lifespan significantly. This therapeutic approach holds the potential to benefit people affected by a range of conditions, because it works independently of the underlying disease-causing genetic defect. Resurrecting cones can improve an affected individual’s well being, because these cells provide central, daytime and detailed vision that is critical for independent living.

The Foundation is also funding the Oklahoma University Health Sciences Center, which in collaboration with Copernicus Therapeutics, is developing a nanoparticle gene therapy delivery system. Nanoparticles are tiny manmade particles, 1/12,000th the diameter of a human hair, which can readily penetrate retinal cells, making them effective for delivery of therapeutic genes. They may provide advantages in certain cases over viral gene delivery technologies currently used in retinal disease therapies. Perhaps most beneficial is their ability to deliver large genes — genes...