Cassandra Strawser, Kimberly Schadt, Lauren Hauser, Ashley McCormick, Mckenzie Wells, Jane Larkindale, Hong Lin & David R Lynch; Expert Review of Neurotherapeutics Vol. 0 , Iss. ja,0, Accepted author version posted online: 20 Jul 2017 doi: 10.1080/14737175.2017.1356721
Therapeutic development for FRDA currently focuses on improving mitochondrial function and finding ways to increase frataxin expression. Additionally, the authors will review potential approaches aimed at iron modulation and genetic modulation. Finally, gene therapy is progressing rapidly and is being explored as a treatment for FRDA. The collection of multiple therapeutic approaches provides many possible ways to treat FRDA. Although the mitochondrial approaches are not thought to be curative, as the primary frataxin deficit will remain, they may still produce improvements in quality of life and slowing of progression. Therapies aimed at frataxin restoration are more likely to truly modify the disease, with gene therapy as the best possibility to alter the course of the disease from both a cardiac and neurological perspective.
Saturday, July 22, 2017
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