IRSF awards over $1.5 million for basic and translational research for Rett syndrome
The International Rett Syndrome Foundation (IRSF) announced today that it is awarding over $1.5M to support 18 new grants designed to study a variety of diverse topics from basic science and disease pathology to developing treatments and outcome measures for Rett syndrome. IRSF is the world's largest private source of funding for biomedical and clinical Rett syndrome research with the cumulative total of research spending of over $26M since 1998. It is the mission of IRSF to invest in these high quality, peer-reviewed basic and translational research grants to advance research towards new treatments for Rett syndrome.
IRSF's Grants & Research department encompasses two research programs: Basic Research and Translational Research. Under the Basic Research Program, the grant mechanisms cover Regular Research Grants and Postdoctoral Fellowships, which are designed to assist independent investigators and post-doctoral researchers establish careers in fields relevant to Rett syndrome research and to obtain future funding from other agencies. The Translational Research Program funds early and late stage translational research to treat and reverse Rett syndrome (RTT) using two grant mechanisms, Help Accelerate Rett Therapeutics (HeART) and the Advanced Neurotherapeutic Grant of Excellence (ANGEL), respectively.
The awarded basic research projects explore a range of topics from basic biology in gene regulation to understanding pathways involved in neuronal cell communication. Together, these types of studies will allow for identification of novel therapeutic targets in Rett syndrome. The second round of translational grants are focused on repurposing FDA-approved drugs for Rett syndrome, development and testing of potential therapeutic compounds, and development of outcome measures in humans that will be used in future clinical studies. Collectively, this year's awards will contribute to the different pathways into the drug development pipeline for Rett syndrome and move forward IRSF's scientific agenda "Research to a Reality".
Stephen Bajardi, the executive director of IRSF, commented, "IRSF is gratified to see the growing interest and focus on Rett syndrome research, as well as the global nature of these projects with five out of the eighteen grants coming from countries other than the United States."
New Translational Research Awards
- Yves-Alain Barde, PhD, Biozentrum-University of Basel Increasing BDNF levels with the sphingosine-1 phosphate receptor agonist fingolimod (FTY720)
- Joseph Bressler, PhD, Hugo W. Moser Research Institute at Kennedy Krieger The Use of NF kappa B inhibitors In Treating Rett Syndrome
- Aleksandra Djukic, MD, PhD, Tri-State Rett Syndrome Center, Montefiore Medical Center, Albert Einstein College of Medicine Face perception in Rett Syndrome: Recognition of Emotional Expression
- James Eubanks, PhD, Toronto Western Research Institute Evaluating Whether Huperzine-A Improves MeCP2-Deficient Mouse Behavior
- Jeffrey Neul, MD, PhD, The Jan and Dan Duncan Neurological Institute at Texas Children's Hospital and Baylor College of Medicine Pharmacological treatment of cardiac rhythm abnormalities in Rett Syndrome
New Basic Research Awards-Regular Research Grants
- Maurizio Giustetto, PhD, National Institute of Neuroscience-Italy Identification Of Novel Neuronal Substrates Of Rett Syndrome: A Morphofunctional Analysis Of GABAergic Interneurons In Mouse Models
- Chun Jiang, PhD, Georgia State University Defects in presynaptic norepinephrine-ergic modulation of cranial motoneurons in Mecp2-null mice
- Peng Jin, PhD, Emory University 5-Hydroxymethylcytosine-mediated Epigenetic Modulation in Rett Syndrome
- Michael Müller, PhD, University Medical Centre Göttingen Mitochondrial dysfunction and cytosolic redox balance in Rett syndrome
- Colleen Niswender, PhD, Vanderbilt University Metabotropic glutamate receptor 7: a potential novel candidate for the treatment of Rett Syndrome
- Paul Patterson, PhD, California Institute of Technology Characterization of IKKalpha-MeCP2 interactions
- Gina Turrigiano, PhD, Brandeis University Disrupted Homeostatic Synaptic Plasticity as a Potential Cause of Cortical Dysfunction in Rett Syndrome
New Basic Research Awards-Postdoctoral Fellowships
Provided by International Rett Syndrome Foundation
