The John A. Moran Eye Center Research Profile - University of Utah

More documents

Recommendations

Info

CNS retina-‐RPE cornea Wednesday, July 21, 2010 Our research operations address the fundamental mechanisms of ocular disease. The most challenging forms of blindness attack three systems in the signal transmission train: (1) the primary and irreplaceable optic element of the eye ... the cornea; (2) the most complex neural tissue known … the retina … and its obligate partner the retinal pigmented epithelium; (3) and the optic projections to the CNS. Corneal disease, vasculopathies, RP, AMD, glaucoma, and other pathologies are a spectrum of complex disorders. JMEC research touches on all these areas. (35 sec)
Balamurali Krishna Ambati Ocular Angiogenesis & Corneal Disease Wednesday, July 21, 2010 We have 16 major funded laboratories. Associate Professor Dr. Bala Ambati is the world’s leading expert on the control of vascular growth, especically but not exclusively in cornea, and is developing both molecular tools to regulate vascular pathologies and new drug delivery systems for the eye. He holds two NIH grants. (20 sec)
Page 1: The John A. Moran Eye Center Resear
Page 5 and 6: Jun Yang Retinal degenerations, Ush
Page 7 and 8: Paul Bernstein Retinoid / Carotenoi
Page 9 and 10: Edward Levine Retinal neurogenesis
Page 11 and 12: Margaret DeAngelis AMD Genetics Wed
Page 13 and 14: Mary Elizabeth Hartnett Retinopathy
Page 15 and 16: Robert Marc Retinal wiring and dise
Page 17 and 18: Alessandra Angelucci Cortical Visua
Page 19 and 20: Training Graduate Students Postdoct
Page 21 and 22: 1985 Hard Drives $983,000,000 Displ
Page 23 and 24: Wednesday, July 21, 2010 Viking mov
Page 25 and 26: Retinal Connectome RC1 :: The AII A
Page 27: The John A. Moran Eye Center Resear

The John A. Moran Eye Center Research Profile - University of Utah

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?