Dr. Robert Langer’s enthusiasm for the limitless promise of bioengineering is infectious. With his efforts and under his tutelage, one hopes that huge advances will be made in restoring movement to the paralyzed and curing the sick through, for example, more effective drug delivery systems that can manipulate how long and where in the body they work.
Continuing on with his theme of Biomaterials for the 21St Century, Dr. Langer shares how a graduate student in his lab collaborated with others to create a scaffold containing neural stem cells to repair injured spinal cords. This short video shows the impressive progress in a rat. Human trials are to begin in April.
Our regular feature, Right Turn, showcases the “lighter” side of stem cells and regenerative medicine. Every Friday, we will bring you cartoons, photos, videos and other content that may be just as thought provoking as the written submissions that you are used to finding here, but they definitely won’t be blogs.
As always, we welcome your feedback and we also welcome suitable submissions. Be creative! Use the right (!) side of your brain. Make us laugh! Let’s see if we can make this new direction a positive one for all of us. Send your submission to info(at)ccrm.ca.
Latest posts by Stacey Johnson (see all)
- Right Turn: Stem cells, like children, are a labour of love - March 17, 2017
- Right Turn: My question to Paul Knoepfler: Do you ever sleep? - March 10, 2017
- Right Turn: Raising awareness about spinal cerebrospinal fluid (CSF) leak - March 3, 2017