Usher 1F Collaborative Funded Research

Currently, there is no cure for Usher Syndrome. While cochlear implants have greatly ameliorated the most major impacts of deafness for those that receive them as babies, there is no cure for blindness. Those that receive early identification are supported through educational programs so they can learn to adapt and manage their disease. In a world where we are on the precipice of major technological advances in all phases of medicine, that simply isn’t good enough. Targeted research is needed to be able to find a cure. Currently, Usher 1F Collaborative is funding two researchers working toward this goal.

 

University of Iowa, Wynn Institute for Vision Research

Edwin Stone, M.D., Ph.D., who is working to develop a cure for Usher 1F along with other types of retinitis pigmentosa at his lab at the University of Iowa, is working to halt further retinal degeneration from Usher 1F through gene replacement therapy and to repair damage that has already occurred through replacement of damaged retinal photoreceptor cells with new cells made from the patient’s own skin cells. This will, in turn, enable clinical trials to be possible once safety and efficacy are determined.

For more on Dr. Stone’s work, click here and here.

 

University of Oregon Institute of Neuroscience

Images from inside the Zebra Fish lab facility on Monday, Feb. 22, 2016 on the campus of the University of Oregon in Eugene, Oregon.

Images from inside the Zebra Fish lab facility on Monday, Feb. 22, 2016 on the campus of the University of Oregon in Eugene, Oregon. Photo Credit: Courtesy of University of Oregon

Monte Westerfield, Ph.D., is at the Institute of Neuroscience and Department of Biology at the University of Oregon. His research is focused on Usher Syndrome with particular expertise in creating zebrafish models of Usher Syndrome mutations. Usher 1F Collaborative has funded the creation of a zebrafish model of the Usher Syndrome Type 1F R245X mutation that is carried by ~2% of those of Ashkenazi Jewish descent. Dr. Westerfield and his team, including Jennifer Phillips, Ph.D., are now beginning testing of drugs on our zebrafish that have the potential to halt or slow the progression of vision loss.

For more on Dr. Westerfield’s work, click here and here.

Click here to view a presentation explaining and outlining the progress of the work of Dr. Monte Westerfield and his lab associates that Jennifer Phillips, Ph.D., presented at the Usher Syndrome Family Conference in Seattle on July 9, 2016.

Click here to watch an Usher Syndrome Coalition USH Talk with Jennifer Phillips, Ph.D., on gene therapy for Usher Syndrome.

Zubair Ahmed, Ph.D., at the University of Maryland, has develop a mouse model of the Usher 1F mutation that he is now using both to test potential drug treatments in collaboration with Dr. Westerfield and to develop gene replacement therapy for Usher 1F.

For more on Dr. Ahmed’s work, click here and here.

Livia Carvalho, Ph.D., at the University of Western Australia, is collaborating with Dr. Ahmed to develop gene replacement therapy for Usher 1F.

For more on Dr. Carvalho’s work, click here.

 

PHOTO CREDIT: (Photo at top of the page) Courtesy of University of Oregon