Free and open to the public, this community-centric event is modeled after the UW-Madison School of Medicine and Public Health’s “Mini-Med School” programs. Our fall 2017 Saving Sight Session will feature the leading research from Julie Mares, PhD, Professor in the Department of Ophthalmology and Visual Sciences at the University of Wisconsin. Please join us for this exciting discussion and light dinner.
Dr. Mares will be presenting, “What are plant pigments doing in our eyes? What can they tell us?”
CLICK HERE TO REGISTER BY OCTOBER 20th
About Dr. Mare’s Research
Dr. Julie Mares focuses her research on how lifestyle and dietary practices can affect eye health as we age. Her research looks at how, why and what lifestyle and dietary practices can influence the aging of our eyes, and eye conditions that commonly compromise vision as we age, such as macular degeneration and diabetic retinopathy.
Dr. Mares’ research findings suggest practical recommendations for healthy living at any age, involving the food we eat, exercises we can do and dietary supplements that may help or harm us along the way.
Currently, Dr. Mares is currently a professor at the University of Wisconsin Department of Ophthalmology and Visual Science and a member of the Nelson Institute of Environmental Studies and University of Wisconsin Institute on Aging.
Please join us, on October 26, 2017.
CLICK HERE TO REGISTER BY OCTOBER 20TH
Crosstalk of transforming growth factor beta-2 and toll-like receptor 4 in the trabecular meshwork
Join us in welcoming, Colleen McDowell, PhD, Assistant Professor at North Texas Eye Research Institute with her presentation (title above). Frontiers in Vision Research is a collective exploration into the ever-changing landscape of sight saving discovery with colleagues and peers from across the globe.
About Dr. McDowell’s Research
One of the major risk factors for the development of glaucoma is an increased pressure inside the eye. An increase of pressure occurs in the eye when fluid is not drained properly through the drainage structures in the front of the eye. Research in my laboratory aims to understand what regulates the arrangement and construction of the drainage structures and how changes in this makeup prevent proper drainage in the eye. In addition, the buildup of pressure in the eye can damage the visual sensing structures in the back of the eye, leading to blindness. My laboratory also studies specific subtypes of cells in the visual sensing structures of the eye that are more or less susceptible to glaucoma damage. These experiments will help identify pathways of destruction that will serve as new targets for the development of effective glaucoma treatments, and may also lead to the discovery of more sensitive ways to diagnose glaucoma and follow glaucoma progression.