Di Pierro Lab (@dipierrolab) 's Twitter Profile
Di Pierro Lab

@dipierrolab

Physical Genetics, Theoretical Biology, Biological Physics

ID: 925830393458233344

calendar_today01-11-2017 21:02:21

29 Tweet

112 Followers

58 Following

The PotoyanGroup (@potoyangroup) 's Twitter Profile Photo

Experiments have shown many instances of liquid-like behavior of chromatin. Does that mean we can use liquid perspective to model/understand chromatin reorganization events in the nuclei? Or are we being too naive? :) @Real_MDiPierro Gene Regulation biorxiv.org/content/10.110…

Experiments have shown many instances of liquid-like behavior of chromatin. Does that mean we can use liquid perspective to model/understand chromatin reorganization events in the nuclei? Or are we being too naive? :)  @Real_MDiPierro <a href="/generegulation/">Gene Regulation</a> biorxiv.org/content/10.110…
Di Pierro Lab (@dipierrolab) 's Twitter Profile Photo

Today we launch the Nucleome Data Bank (NDB), a web-based platform to simulate and analyze the three-dimensional organization of genomes. The NDB is available at ndb.rice.edu. Check it out! academic.oup.com/nar/advance-ar…

Gene Regulation (@generegulation) 's Twitter Profile Photo

Multiscale Genome Organisation, subgroup symposium of the Biophysical Society Annual Meeting, February 22, 2021 biophysics.org/2021meeting/pr… #virtualmeeting #3Dgenome

Multiscale Genome Organisation, subgroup symposium of the Biophysical Society Annual Meeting, February 22, 2021 biophysics.org/2021meeting/pr… #virtualmeeting #3Dgenome
Erez Lieberman Aiden (@erezaterez) 's Twitter Profile Photo

Excited about a new collaboration between the Rowland, Onuchic, Di Pierro, and Aiden Lab labs and thednazoo which was led by Olga Dudchenko 🇺🇦 Ahmed Elbatch, Claire Hoencamp and Sumitabha Brahmachari, appearing in Science Magazine today. A tweetorial!

Excited about a new collaboration between the Rowland, Onuchic, Di Pierro, and <a href="/theaidenlab/">Aiden Lab</a> labs and <a href="/thednazoo/">thednazoo</a> which was led by <a href="/odudcha/">Olga Dudchenko 🇺🇦</a> Ahmed Elbatch, Claire Hoencamp and Sumitabha Brahmachari, appearing in <a href="/ScienceMagazine/">Science Magazine</a> today. A tweetorial!
APS-DBIO (@apsdbio) 's Twitter Profile Photo

We welcome your abstracts addressing how the regulation of macro biomolecular complexes drives the inner workings of a cell.. This session will feature invited talks by Shailaja Seetharaman and Di Pierro Lab. (2/3)

Di Pierro Lab (@dipierrolab) 's Twitter Profile Photo

To this day, the structural ensembles of genes remain uncharacterized. Genes are too big for molecular simulations, yet too strongly affected by molecular factors to be modeled as a polymer. Here we propose a new approach to address this challenge. biorxiv.org/cgi/content/sh…

Jumana AlHaj Abed (@jumanaaha) 's Twitter Profile Photo

Rita Strack To support both Turkey and Syria: support.savethechildren.org/site/Donation2… Syrian Medical Society: sams-usa.net/press_release/… Human Appeal Ireland relief: humanappeal.ie/appeals/turkey… @unicefusa unicefusa.org/stories/d evastating-earthquake-hits-syria-and-turkey/40794#Y- RoFWJ4hlg.twitter

Sumitabha Brahmachari (@sumitabha590) 's Twitter Profile Photo

New Biophysical Journal article! Sustained enthusiasm by Benjamin S Ruben who started this project as an undergraduate has led to this. We studied how chromosomes behave under mechanical stress by simulating their axial stretching cell.com/biophysj/fullt…

New <a href="/BiophysJ/">Biophysical Journal</a> article! Sustained enthusiasm by <a href="/BenjaminSRuben/">Benjamin S Ruben</a> who started this project as an undergraduate has led to this. We studied how chromosomes behave under mechanical stress by simulating their axial stretching cell.com/biophysj/fullt…