1/ How do cells remember their cell type? Could one function of 3D genome folding be to help sustain this epigenetic memory? You heard my talk last week at #cshlepich22, now our preprint is out! https://t.co/EINFjaSGiq
Are chromosomes memory machines? We just posted a @biorxivpreprint with @jeremyaowen and Dino Osmanovic showing how 3D genome organization can help stabilize epigenetic information.
Extremely proud to announce the opening of the Abdennur lab at @UMassChan! 🎉🎉🎉
We’re an interdisciplinary computational group solving big challenges in multiomic data science. 🧬📊
My slides on @Open2C_team's #bioframe package for genomic interval operations with #pandas from #SciPy2022.
https://t.co/uZ3mH0ogsl
If you do bioinformatics in #Python, you should give it a whirl!
And a little announcement at the very end. More info on that to come :)
We are a group of computational biologists working on genome architecture developing open source tools for the wider community. https://t.co/XhFSSIio1q Sergey Venev, @nv1ctus, @gfudenberg, @golobor, @Phlya, @agalitzina, @GeorgeSpracklin, Sameer Abraham, Maxim Imakaev and others
Working with a great team of organizers on @KeystoneSymp#eSymposia, Higher-Order #Chromatin Architecture in Time and Space, tune in to explore emerging #epigenetic research and interactive networking opportunities. https://t.co/etyfBIHDx8 #VKSChromatin22
On the cover of our August 2021 issue, we highlight recent work by Brandão, Ren, @xindanw@leonidmirny and colleagues reporting beautiful Hi-C plots resembling historic tiles. Check out the full issue here:
https://t.co/RZ6c9aMmut
We are thrilled to share our new manuscript preprint: A cohesin traffic pattern genetically linked to gene regulation.
Fantastic collaboration with @athmapai and Jason Moffat groups.
https://t.co/AfTD7eyulk
Heterochromatin, DNA methylation and loop extrusion -- are all intertwined -- new preprint from our team led by @nv1ctus and @GeorgeSpracklin. The first molecular perturbation that changes compartments!
this is a *really* interesting study on the types of genomic compartments and mechanisms behind their formation (I'm biased, though)! one of unexpected findings for me was the big difference between H3K9me3 and H3K9me2+H2A.Z chromatin.
Very excited to announce our preprint on heterochromatin and genome architecture! With @GeorgeSpracklin , Max Imakaev, Neil Chowdhury, @leonidmirny @job_dekker and Sriharsa Pradhan @NEBiolabs. https://t.co/7gh0pLCZRY
We just posted a very important paper on #cancer#immunotherapy with @carino_dg. Widely believed and #FDA-approved biomarker of response - the total number of mutations in cancer (mutational burden) is bogus. We reanalyzed all data - no statistic significance #DataScience