CNIB Chanchlani Global Vision Research Award

The CNIB Chanchlani Global Vision Research Award is an annual global research award that promotes vital world-class research to explore the causes of blindness and vision loss, as well as potential cures, treatments and preventions. The award of $25,000 is given to vision scientists around the world who have made a major, original contribution for advancement in above said fields.[1]

The award was established in 2011 by Vasu and wife Jaya Chanchlani in collaboration with CNIB (Canadian National Institute for the Blind), the Toronto Netralya Lions Club and the Toronto Doctors Lions Club. The $500,000 endowment established with Mr. Chanchlani’s significant financial support, the awards promotes first-class global research of vision science and vision rehabilitation.[2]

Award Recipients

  • 2016 - Dr Robert Molday [3]

Dr Molday is Professor of Biochemistry & Molecular Biology and Ophthalmology & Visual Sciences, University of British Columbia

  • 2014 - Jayakrishna Ambati [4]

Dr Ambati is Professor and Vice-Chair for Research of Ophthalmology and Founding Director of the Center for Advanced Vision Science at the University of Virginia.

Taylor is Melbourne Laureate Professor at the University of Melbourne and Chair of Indigenous Eye Health, where he was formerly Professor of Ophthalmology and department head and is founder of the Centre for Eye Research Australia. He is the Vice President of the International Agency for the Prevention of Blindness and Treasurer of the International Council of Ophthalmology.

gollark: It's too far away to be very useful.
gollark: Consider the difficulty of having to collect then dispose of/recycle "spent" solar panels ~30 years after deployment.
gollark: One problem with solar/wind is that (like most things) they degrade over time (lithium ion batteries, which you could end up needing many of, especially fast), and would be in remote locations in huge quantities...
gollark: Nuclear also doesn't take up much land, and could be way more efficient than it already is if it was actually deployed at scale and new technologies got used.
gollark: The waste is basically a non problem compared to carbon dioxide and they run constantly.

See also

Notes

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