1-minute animation: What is a retinal stem cell?
Dr. Derek van der Kooy explains why retinal stem cells hold great promise for treating diseases of the eye
By Ben Paylor and Mike Long, PhD Posted on 13 January 2015
The study of retinal stem cells holds great promise for the treatment of diseases of the eye. The two most prominent areas of this research involve:
1. Understanding how to change retinal stem cells isolated from the eye into the various different cell types it contains. It is thought that one day we may be able to expand retinal stem cells in the lab and produce sufficient quantities of mature retinal cells (e.g., rods and cones) for transplantation after injury.
2. Using retinal stem cells as a model to identify novel pharmaceutical compounds that enhance their ability to divide and differentiate into mature cells. Such compounds could be used to enhance the limited regenerative capacity of the eye, and treat ocular disease without the use of cell transplantation.
Narrator Dr. Derek van der Kooy, Principal Investigator and Professor at the Donnelly Centre for Cellular + Biomolecular Research at the University of Toronto, explains.
- Research fact sheet - Stem Cell Therapy (Foundation for Fighting Blindness)
- The eye and stem cells: the path to treating blindness (EuroStemCell)
StemCellShorts are narrated by experts in various aspects of stem cell research who are based in Canada. They are the brainchild of Ben Paylor (@BenPaylor), a PhD candidate in Experimental Medicine at the University of British Columbia, and Dr. Mike Long, a post-doctoral fellow at the University of Toronto.
This and the next four videos are jointly funded by the Canadian Stem Cell Network and Canadian Stem Cell Foundation. They are produced at the Vancouver-based animation studio InfoShots (@InfoShots), with award-winning animator David Murawsky and Emmy-nominated composer James Wallace creating the animations and music.
Elsevier Connect Contributors
Ben Paylor (@BenPaylor) is a PhD candidate in the Experimental Medicine program under the supervision of Dr. Fabio Rossi at the University of British Columbia. His research focuses on understanding the role of tissue-resident mesenchymal progenitors in repair processes of the heart. He is a 2012-13 Action Canada fellow and 2014-15 Friedman Scholar.
Paylor completed a Bachelor of Medical Science at the University of Western Ontario, which included a 1-year research exchange to Umea in Northern Sweden. After that, he, he completed a Master of Philosophy degree in Cardiovascular Biology and Medicine at Maastricht University in the Netherlands.
He is also very interested in the field of science communication and policy. He is the co-founder and director of InfoShots and writer and director of several award-winning science films. Outside of science, he is an avid pianist and tennis player.
Dr. Mike Long earned his PhD in the Department of Medical Genetics at the University of British Columbia, where he was also involved in the creation of several start-up companies, including the animation studio InfoShots and the iOS development company Watermelon App Works Inc.
As a postdoctoral fellow at the University of Toronto, he is currently focused on the identification of ligands for orphan nuclear receptors and remains involved in a number science communication and education projects.
By Ben Paylor and Mike Long, PhD | Posted on 17 Nov 2014
Professor Timothy Caulfield reveals the underside of this dangerous trendBy Ben Paylor and Mike Long, PhD | Posted on 25 Oct 2013
Animated shorts are created by young Canadian researchers and narrated by renowned scientistsBy Ben Paylor and Mike Long, PhD | Posted on 14 Oct 2013
Animated shorts are created by young Canadian researchers and narrated by renowned scientistsBy Lisa Willemse | Posted on 27 Sep 2013
StemCellShorts – created by young Canadian researchers – are narrated by renowned scientists