Very pleased to share fruits of a @mathonco collab with @EvolSci and @GregoryJKimmel with help from @mathoncbro and @mehdiDamaghi on how, Local contact inhibition leads to universal principles of cell population growth! Check out our new @arxiv preprint: https://t.co/pUUo3s72Tq
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New preprint pioneered by @GregoryJKimmel, @EvolSci
The question:
Can the growth characteristics of cell lines be condensed into a single parameter?
In this paper, we propose that local neighborhood size is a key parameter.
https://t.co/dNbFqRDy1H
This week in #MathOnco 165: Public goods, cell signaling, stress-strain, and more!
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https://t.co/CiObjvx1Vz
@mathoncbro gets to sleep in today, and I get to share awesome cover art by @BrianJohnson_05, @GregoryJKimmel. Cover "pictures" were yesterday - bring out the gifs!
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@GregoryJKimmel shares a bit of the history of modeling public goods games, along with his tutorial on simulating traveling waves. #BehindThePaper
https://t.co/kEaPXZzeEa
My attempt to apply @nntaleb's mathematical concept of "anti-fragility" to cancer therapy. I think the #MathOnco community will find this construct very useful & intriguing!
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https://t.co/jmNvom8E7t
New faculty announcement! ๐
We are thrilled to welcome Dr. Meghan Ferrall-Fairbanks as a new assistant professor! Her research focuses on using mathematical modeling to study single-cell heterogeneity and eco-evolutionary dynamics in cancer.
Awesome talk by Kaitlyn Johnson to @mathonco on her integrated experimental and modeling work on the Allee effect and drug resistance in cancer. @UTAustin@UTBiomedical