Rancher and philanthropist Sue Anschutz-Rodgers has donated $2 million toward creating an endowed chair in retinal diseases which will be held by Naresh Mandava, MD.
The original 47,000 sqft building was designed by Davis Partnership Architects around 2001. This addition adds another 85,000 square feet with another 10,000 square feet of remodeled space.
ACPE’s Board of Directors honored Enzenauer as a Fellow for demonstrating significant and enduring contributions to the advancement of medical management.
Malik Kahook, MD, showed visitors how unique polymers can be inserted into tiny incisions in the eye and then, after being exposed to the ocular environment, be used to deliver drugs to treat glaucoma.
It’s the first new technique for removing cataracts in roughly three decades. Physicians at the UCHealth Eye Center became the first in the metro area to start using it.
A study shows that unsupervised children are most at risk for bites, that the culprits are usually family pets and if they bite once, they will bite again with the second attack often more devastating than the first.
In his quest to save eyesight in patients with ocular cancer, Scott Oliver, MD, discovered that silicone oil could block radiation from striking critical structures while allowing it to hit the tumor.
J. Mark Petrash, PhD, is Professor and Vice Chair of Research in the Department of Ophthalmology at the University of Colorado School of Medicine and is a leader in the field of aldose reductase research.
Optical tissue clearing has revolutionized researchers’ ability to perform fluorescent measurements of molecules, cells, and structures within intact tissue.
On September 13, AEVR’s Decade of Vision 2010-2020 Initiative hosted its Third Annual Emerging Vision Scientists Day on Capitol Hill, which was supported by a grant from Research to Prevent Blindness.
The advent of stem cell-derived retinal organoids has brought forth unprecedented opportunities for developmental and physiological studies, while presenting new therapeutic promise for retinal degenerative diseases.
The mouse retina comprises seven major cell types that exist in differing proportions. They are generated from multipotent progenitors in a stochastic manner, such that the relative frequency of any given type generated changes over time.
How retinal bipolar cell interneurons are specified and assigned to specialized subtypes is only partially understood. In part, this is due to a lack of early pan- and subtype-specific bipolar cell markers.
Researchers induced human stem cells to create a 3-D retina structure that responds to light. The finding may aid the study of eye diseases and could eventually lead to new therapies.