In 2011, FRAXA awarded $1,054,286 in Fragile X Research. Each year FRAXA holds a competition to find – and fund – the most promising new projects aimed at discovering targeted, effective treatments – and ultimately a cure – for Fragile X and related autism spectrum disorders. Each team has a page on this website with details. Our competitive grant-making process ensures that the best and most innovative research gets supported, that new scientists join the Fragile X field, and most important – that we get closer to a cure. FRAXA aims to advance the kind of translational research that is most likely to lead to improved treatment.
Program Grants and new Postdoctoral Fellowships total over $1.5 million this year. We are very pleased to announce FRAXA 2010 awards. Projects can be viewed at the Research Reports section of this website. These scientists have demonstrated outstanding potential of their FRAXA projects in detailed applications. We aim to help them work toward new treatments for Fragile X. Their projects are at the cutting edge of biomedical technology, and we believe that their work will make a real difference to everyone affected by Fragile X.
We are pleased to announce the publication of positive results of a Phase IIa clinical trial of fenobam in Fragile X. Fenobam belongs to a class of compounds known as mGluR5 antagonists. Neuropharm, a specialty pharmaceutical company based in the U.K., received Orphan Drug Designation in the US in 2006 for fenobam in the treatment of Fragile X, after acquiring rights to relevant data on the compound from FRAXA. This trial was conducted in the US by Drs. Randi Hagerman of the UC Davis MIND Institute and Elizabeth Berry-Kravis of the RUSH University Medical Center, and initial results were first announced last summer.
Over 150 scientists from around the globe gathered in Durham, New Hampshire, for FRAXA Research Foundation’s Investigators Meeting on September 21-24, 2008. They came from Australia, Canada, India, Turkey, the U.S., and eight European countries. Their common goal: “to share, collaborate and publish,” in the words of FRAXA’s Medical Director, Michael Tranfaglia, MD, to find effective treatments and a cure for Fragile X, the foremost inherited cause of mental retardation and autism. Most of the attendees were university-based professors, postdoctoral fellows, and graduate students who have FRAXA research grants. Also participating in the meeting were scientists from the National Institutes of Health (NIMH, NICHD, and NINDS), Neuropharm Group PLC, Hoffman LaRoche Inc., GlaxoSmithKline, Indevus, and Seaside Therapeutics, as well as 20 parents of Fragile X children.
A University of California Riverside team of scientists has found that an available drug called minocycline, used widely to treat acne and skin infections, might also be used to treat Fragile X. The study’s findings have already led to the approval of a FRAXA-funded clinical trial in Toronto, Canada, that will test minocycline in patients with Fragile X.
