Derek van der Kooy
Stem Cell Vanguard. Professor,
Terrence Donnelly Centre for Cellular & Biomolecular Research
Boundless
VISION
Right now there’s no treatment for blindness. Once you’re blind, you’re blind. The discovery of stem cells that can produce retinal photoreceptors and retinal neurons is the first hope for a cure for blindness.
Professor Derek van der Kooy has used stem cells from humans and mice to restore sight to blind mice, an important step towards restoring lost human sight and possibly curing blindness. The results so far signal a new era in medicine, not just of the eye, but of the human brain, the pancreas and other organs.
Professor van der Kooy heads the Neurobiology Research Group at the University’s Terrence Donnelly Centre for Cellular and Biomolecular Research. His work is leading the way to new medical therapies and to a deeper understanding of what it means to be human. With his team he is exploring the ways in which functional cells develop from stem progenitors. By understanding this process he hopes to find ways to switch on adult stem cells to produce new neurons to treat human neurological disorders and new pancreatic cells to treat diabetes. In other studies, Professor van der Kooy is revealing the genetic basis of memory and learning—highly developed human attributes—and the way the brain responds to opiates at the cellular and molecular level. This research might one day contribute to new treatments for addiction.
As he seeks the basis of human development, Professor van der Kooy revels in the opportunities for collaboration that the University of Toronto provides. “The Donnelly Centre facilitates community and communication, staves off intellectual isolation and opens up a world of new possibilities and discoveries.” That world is just beginning to be visible. Derek van der Kooy is bringing it to light.
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Making everyday electronics more energy-efficient.
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Practicing nursing in a global context
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Targeting medical treatments
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Sustaining cultures by preserving language
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Making computers useful for the people who need them most.
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Using the brain’s billions of neurons as a model for machine learning
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Looking to the history of thought for the future of happiness.
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Giving sight to the blind, healing the sick, reading the human mind.
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Here comes the sun, and the nanotechnology to harness it efficiently.
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Shedding new light on a lost age
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Searching for new worlds and the life they might support
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Steering cities' futures by fostering citizens' creativity
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Defeating malevolent molecules through early detection.
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Shining a spotlight on Internet censorship
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Giving voice to the voiceless
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Micro solutions for macro challenges
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Adding physical weight to digital items
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Eyeing the weather for hundreds of millions of years
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An unconventional academic builds a world-class business school
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Helping the world from lab to village.
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Bringing health and compassion to the most challenging places on earth.
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