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After a long journey, our work regarding the phase separation of RNA is finally out today! If you're interested in the unexpected way RNA phase separates: rdcu.be/dqpCg. Congrats to everyone involved! Priya R. Banerjee @PappulabWashU and the Gopalan Lab OSU Center for RNA Biology

Very proud to see this paper finally published! Special thanks to our collaborators Gable Wadsworth Paul Priya R. Banerjee Xiangze Zeng @PappulabWashU for their hard work!

How RNA phase separates. A Nature Chemistry research briefing on our recent article. nature.com/articles/s4155…

Excited for #cellbio2023! Eager to share our work on disordered #prion-like sequences in driving #oncofusion #condensation and sequence-specific interactions with prion-like sequences of the #mSWI/SNF complex. Join me at my poster on Sun Dec 3, 1:45-3:15 PM (Board# B280; P1269).

Check out this very nice paper spearheaded by the one and only Amy Strom in close collaboration with Will Jacobs lab. Condensates are get more and more interesting the closer you look, especially in, on, and around the genome!

Happy to share our new work on the activation energy of biomolecular condensates that appeared today Science Advances with our collaborator The PotoyanGroup Yep, measuring the energy barrier for condensate network reconfiguration tells a telling story. science.org/doi/full/10.11…

A dream of our lab has been to image the full central dogma from a single endogenous gene, all live and with single molecule resolution. After many years we are happy to unveil a beautiful cell line that makes it possible. Check out our preprint (biorxiv.org/content/10.110…)! (1/n)

RNA deserves its own massive counterpart to the human genome project, researchers argue | Science | AAAS science.org/content/articl…

Congrats to Priya! Lots of new and exciting things to work on🎉 Priya R. Banerjee

Exciting results on RNA-driven aging within multicomponent systems! Glad to be a part of this work!

In this work, we (including ‘Gable Wadsworth Anurag Singh Priya R. Banerjee ) report that biomolecular condensates act as sites for the homotypic aggregation of repeat RNAs, e.g., TERRA, CAG, G4C2, and CUG repeats, as a function of condensate age. biorxiv.org/content/10.110…

Checkout the latest work from the lab online today in Molecular Cell where we find that distinct sequence features encoded in IDRs are responsible for targeting proteins to specific condensates. This work was led by Nancy De La Cruz Prashant Pradhan and Reshma T Veettil .

Our work on diffusiophoresis and how it affects condensate transport is out in Nature Communications

Our review on RNA-driven phase transitions is up today at Molecular Cell! Check it out! Priya R. Banerjee cell.com/molecular-cell…

#NIH

Latest work on RNA condensation from the Banerjee lab, led by a superstar graduate student, Tharun Mahendran. Biomolecular condensates can enhance RNA percolation, leading to the emergence of multi-phasic RNA condensates. nature.com/articles/s4155…