The University of Dayton's Center for Tissue Regeneration & Engineering at Dayton (TREND) has been recognized as the Ohio's Centers of excellence in Biomedicine and Health care category. The TREND center has been established with the aim to generate collaborations across disciplines from Natural sciences to Engineering to understand the basic biology of how damaged tissues and organs can regenerate. Tissue engineering studies are directed to understand and develop regimen for regeneration of body tissue/organs to substitute for biological function of organs damaged by injury. Given the ability of cells in the body to participate in repair, it is imperative to understand how to harness such a property at will. In this respect, translating these basic concepts to engineer tissues might solve problems associated with poor regeneration and artificial tissues. This rapidly emerging field requires strength from various disciplines of modern day science including Genetics, Cell biology, Physiology, Neuroscience, Engineering, Biochemistry, Biophysics, Chemistry and Mathematics.

Finding new targets of amyloid plaque mediated neurodegeneration using Drosophila eye model, Amit Singh.

Funded Research

Early Eye Development

University of Dayton biologist Amit Singh is studying early eye development in fruit flies to understand the molecular basis of retinal disease and birth defects in the human eye under a new $439,499 grant from the National Institutes of Health.

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Lecture Series

"Takis" Tsonis Memorial Lecture

Harvard Medical School department of genetics chair Cliff Tabin spoke last week at the University of Dayton in honor of his late friend and colleague, Panagiotis ?Takis? Tsonis, a biology professor and prominent researcher who died in September 2016 at age 63.

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