Guest
Signals accepts guest blog posts on topics relevant to stem cells and regenerative medicine, as well as submissions for its Right Turn Friday feature. The opinions, accuracy, completeness and validity of any statements made in guest posts are the responsibility of the author only and not the editor of Signals or CCRM, publisher of Signals. The copyright of this content belongs to the author and any liability with regards to infringement of intellectual property rights remains with the author. To reach the publisher, email info(at)CCRM.ca
Posts by: Guest
A day in the ISSCR2014 classroom: Student blog post 1
> This is the first of a series of posts from Vancouver high school students who attended the ISSCR conference after winning an essay contest sponsored by the Stem Cell Network, ISSCR and Let’s Talk Science. The contest was organized by Vancouver StemCellTalks. Congratulations to the five winners: Lauren Dobischok, Tanner Jones, Mindy Lin, Vivian Tsang, and Michelle Tse. Post […]
Mountains in Banff: From theoretical stem cells to the real deal
Guest post by Paul Knoepfler, cross-posted on ipscell.com This morning I particularly enjoyed a talk by Sui Huang [ed note: this talk also discussed here] focused on the application of mathematics as a tool to understand cell behavior and fate. I love this stuff! I just wish I was better at math and physics so […]
Jailbreaking cell fate reprograms to multiple stem cell types says Nagy
Guest post by Paul Knoepfler, cross-posted on ipscell.com You can jailbreak your iPhone, but perhaps you can jailbreak a cell too to turn it into a stem cell. In his very cool talk up here at the Till & McCulloch Meeting on Stem Cells yesterday, Andras Nagy characterized the reprogramming process to make iPS cells as “jailbreaking” […]
Jacob Hanna on Radically Deterministic Reprogramming @TMM2013
Guest post by Paul Knoepfler, cross-posted on ipscell.com What is “radically deterministic” cellular reprogramming? Jacob Hanna’s lab recently published a very high profile Nature paper on nearly 100% efficient iPS cell formation based on targeting a factor called Mbd3. This super efficiency is a major departure from past reported efficiencies. This morning here at the […]
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