Posts Tagged ‘Peter Zandstra’

Made in Canada solutions for the scarcity of stem cell donors?

Author: Sara M. Nolte, 08/08/16

If you’ve been on social media lately, you’ve probably come across various campaigns looking for stem cell donors. You may even know someone who needs a stem cell transplant. It is increasingly apparent that there is a demand for stem cell donors for those in need. Who are these people who need stem cell transplants?…Read more

Right Turn Special Report: Competition rife in Canada

Author: Stacey Johnson, 12/25/15

This may come as a shock to many of you, but the land of lakes, trees, socialism and universal healthcare has a dark underbelly: the competitive nature of its academics. If you look to the regenerative medicine community, everything looks hunky-dory and, on the surface, very collaborative; after all, the Stem Cell Network is behind…Read more

Right Turn: Why you should vote for Stem Cell Person of the Year

Author: Lisa Willemse, 10/10/14

> We assume there is no real argument to be made here. It’s more than just popularity or who has been in the news most often over the past year. The annual call for nominations and the selection of Stem Cell Person of the Year by readers of Paul Knoepfler’s blog – a.k.a. the stem cell…Read more

Overcoming barriers to successful heart cell transplants

Author: Stem Cell Network, 10/14/09

During a heart attack, muscle cells that make up the heart’s tissue are lost permanently. This cell loss is one of the leading causes of heart failure. Although cell transplantation can result in modest improvements in cardiac function, several challenges remain, including how to increase the survival, integration and functionality of the transplanted cells within…Read more

A new model to expand blood stem cells

Author: Stem Cell Network, 07/31/09

In a Molecular Systems Biology paper released this week, our team at the University of Toronto revealed a new mathematical model that links functional cellular assays to specific model outputs, defines cell-level kinetic parameters such as cell cycle rates and self-renewal probabilities as functions of culture variables, and simulates feedback regulation using cell–cell interaction networks….Read more