How does chromatin flexibility shape gene expression? A theoretical study reveals that the dynamic chromatin chain can promote enhancer-promoter (E–P) interactions by reducing energy barriers through transcriptional clustering. @XiakunC
https://t.co/FZkMdbHkE7
We (@JPLab_ at @EdinburghUni
and I at @ZJU_China) have an open joint Ph.D. position on integrative structural chromosome biology. Please reach out if you have any questions! -- More details about the Ph.D. program here:
https://t.co/bhAGiqWHYx
It is at last OUT...!!
The Methods in Molecular Biology book on Protein Folding that I edited and co-authored with many colleagues is now available at:
https://t.co/50fItVWoWE
Useful compendium of experimental and simulation methods!! Coauthors, thank you all for your patience
The PROTEIN FOLDING AND DYNAMICS webinar is back on Mo (11.01) with Michael Woodside. Don’t miss a great talk about prion-like protein conversion probed with optical tweezers! 8:00PST/11:00EST/16:00UTC/17:00CET/18:00IST/0:00CST! Zoom: https://t.co/aXhL7kFW2D
Our editors aim to publish research involving genetics and genomics that will makes others think differently and move their fields forward, and are particularly keen to see studies using human genetics to provide mechanistic insights into disease biology https://t.co/DkjjMeMGlg
Three-word sentences can make all the difference: 'I miss you.' 'I love you.'
I know many New Yorkers are anxious and worried. But we're all in this together. Let's support each other.
Due to rapidly escalating health concerns relating to the spread of the coronavirus disease (COVID-19), the 2020 APS March Meeting in Denver, CO, has been canceled. Please do not travel to Denver to attend the March Meeting. More information will follow shortly. #apsmarch