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Thanks to a milestone gift, the University of Waterloo’s (UWOVS) FYidoctors Simulation Lab opened in October 2018 as the first virtual reality training of its kind in Canada. At the time, the lab included access to five EyeSi simulation technology stations that enabled students to practice binocular indirect ophthalmoscopy (BIO) techniques.

Macular degeneration robbed Anne-Marie Brune of her sight. But because of a gift that she and her husband Heinz made to Waterloo, other people with the same condition may recover their vision.

The Brunes believed in the power of science to transform lives touched by disease, and they dedicated their entire estate to research that will “advance the human condition.” Their gift to Waterloo’s School of Optometry & Vision Science will further that goal by supporting research in eye and brain diseases that afflict thousands of people around the world.

Dr. Zay Khan appeared on In Studio to talk about the effects of screens on children’s vision. Dr. Kahn shared recommendations for the amount of screen time children should have each day, as well as tips on setting up a space for computer learning. The interview originally aired on Rogers TV.

Wednesday, September 23, 2020

Celebrating our WOVS postdocs

To mark National Postdoc Appreciation Week (September 21 – 25), WOVS is pleased to recognize our postdoctoral fellows.

The American Academy of Optometry Foundation has named William Ngo, OD, PhD, FAAO as this year’s recipient of the Korb - Exford Dry Eye Career Development Grant.

Dr. Ngo is head of Biosciences at the Centre for Ocular Research and Education and a Research Assistant Professor at the School of Optometry & Vision Science.

People who suffer a concussion often experience visual disorders, such as double vision and difficulty focusing, as a result of their injury. However, very little is known about these often debilitating symptoms and how long they may last.

A group of researchers, including Dr. Kristine Dalton of the School of Optometry & Vision Science, is hoping to change that. The researchers recently received funding from the National Institute of Health (NIH) for a two-year study that may be the first step toward new treatments for concussion-related vision disorders.

Macular degeneration is the leading causes of blindness in industrialized countries. Now, University of Waterloo researchers have found that a single session of non-invasive brain stimulation of the visual cortex can reduce the effects of the disease, a discovery that could eventually allow patients with macular degeneration to recover their vision.