"I am extremely hopeful with the discoveries being made in comparative regenerative biology that the questions surrounding cell and tissue regeneration in the human following injury or disease are going to be answered," Steindler said. "It is going to take broad, multidisciplinary collaborations across a number of scientific fields, but we are making that happen. I think the GO grant shows that these efforts are recognized and valued on a national level."
GO grants are funded through the American Recovery and Reinvestment Act and are intended to support research with high short-term impact and a high likelihood of enabling growth and investment in biomedical research and health-care delivery.
"NIH Grand Opportunity grants support high-impact projects, which lay the foundation for whole new fields of investigation," said Naomi Kleitman, Ph.D., repair and plasticity program director at the National Institute of Neurological Disorders and Stroke. "This important model of regeneration is one of several being developed in organisms that can repair themselves, using genetics to find links to mammals. We'll continue to watch the progress of these exciting studies to ensure that discoveries of genes that promote regeneration are one day applied to improving human health."
The Regeneration Project is also supported by private foundations such as the Thomas H. Maren Foundation and the Jon L. and Beverly A. Thompson Research Endowment, the UF Office of the Vice President for Research, and an anonymous donor, Steindler said. Enhancing the discovery process are Regeneration Project research fellows scientists who work across institutes and unive
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University of Florida