OUT Now via @NatureComms ➡️https://t.co/pkHMk2Agom
Repression of developmental transcription factor networks triggers aging-associated gene expression in human glial progenitor cells
Ben Mansky, PhD [@Definitely_Ben], a co-author on this study, shares more about his #URochesterResearch 👇 @URochester_SMD
This is the first step in a series of studies aimed at understanding how human glial progenitor cells change with age, and I'm really excited about where the follow-up has taken us. Hopefully you'll be able to read about it sometime soon!
Link:
https://t.co/iaSbgMkRtV
This is the first project I worked on in my postdoc, and was a huge team effort! We identified upstream regulators of transcriptional networks driving the difference between fetal and adult glial progenitors. When we overexpressed the adult regulators, our young cells got old.
After a decade not playing them, I got back into tabletop roleplaying games about a year ago. I'd forgotten what a cool medium they can be for storytelling and design - so, I've decided to try making my own! See what I've been up to at @syzzygyp & https://t.co/qzAAIsMigb
CALLING ALL EARLY-CAREER SCIENTISTS!! Do you do something cool? Are YOU cool? Do you want to talk about it on a podcast? We're interested! Fill out this form (and spread the word! retweet! tell yr listservs!), we'd love to hear your story✨https://t.co/BoynX0T7tZ
Spooky brain fact for Halloween 🎃! During development a small piece of your mouth slithers up and sticks onto a dangly bit of your brain, and that's how you get your pituitary gland, which strongly resembles a ballsack.
I cannot put into words how much I hate this
The full version of our paper
https://t.co/zzbBXNa59J is available ☺. Amazing team job with @sa_redmond, @Definitely_Ben and Marcos Nascimento and our great collaborators. We hope that this work contributes to a better understanding of the NSCs heterogeneity in the V-SVZ