How our body keeps time in the heat? We used physics to find that a slight change in the shape of gene activity helps keep the 24h rhythm stable—even at high temps. The result? Our math predicted it, and experiments backed it up. https://t.co/ki6UsdPjNq
For an introduction to the RG method, I also highly recommend talks by Profs. Teiji Kunihiro and Steven Strogatz:
Teiji Kunihiro:
https://t.co/gpT7dp81rO
Steven Strogatz:
https://t.co/XsofY98CI9
Last week I gave a talk at RIKEN: "Using the Renormalization Group Method to Study an Important Problem of Biological Time: Looking Beyond." The talk (16 min) is followed by a 24-min Q&A. Thanks for many questions! I'd be delighted if you watched it!
https://t.co/GxONQEB820
For an introduction to the RG method, I also highly recommend talks by Profs. Teiji Kunihiro and Steven Strogatz.
Teiji Kunihiro:
https://t.co/gpT7dp81rO
Steven Strogatz:
https://t.co/XsofY98CI9
Last week I gave a talk at RIKEN: "Using the Renormalization Group Method to Study an Important Problem of Biological Time: Looking Beyond." The talk (16 min) is followed by a 24-min Q&A. I'd be delighted if you watched it! Thank you for many questions!
https://t.co/GxONQEB820
I’ve written a review article on theoretical and data-driven approaches to understanding hibernation. If you’re interested in the mechanisms of hibernation or mathematical approaches to physiological data, please take a look! https://t.co/xRhcO1aFpk
Positions for Senior Research Scientists (7y), Research Scientists (5y), and Postdoctoral Researchers in mathematical biology and biophysics are now open at RIKEN iTHEMS.
🔗https://t.co/mSANWmxMyW
iTHEMS offers a stimulating environment for interdisciplinary research. #JobOpening
Today at 3:30 PM (JST) — Prof. Hiroki Ueda (UTokyo) gives a talk at RIKEN Wako:
“Why do we sleep? — The Role of Calcium and Phosphorylation in Sleep”
Join on-site or via Zoom (registration required):
https://t.co/M0TqIWfeHx
🎉 Congrats to our former colleague Dr. Shingo Gibo (now at IBS, Korea) for winning the Early Career Award from the Japanese Society for Chronobiology!
First-ever winner with purely theoretical work! 👏 https://t.co/j54PmnKTtK
#PR Our study on sleep & learning is out in PLOS Biology! We show how synaptic connections may strengthen during sleep, called WISE: Wake Inhibition Sleep Excitation. Congrats Fukuaki! Experimental proof will follow in the future. Recruiting grads! Ms→https://t.co/XzbSNZRsbE