Michael Banco

A bit late for posting, but I am thrilled to have this work finally published at @CellReports! Here, I solved cryoEM structures of DHX36 that revealed mechanistic insights into substrate recognition of DNA and RNA G-quadruplexes through the RecA2 and DSM. cell.com/cell-reports/f…

📢 we have a fully funded postdoc position in our lab for a #RNA #Rloop #cryoEM passionate scientist! RT are greatly appreciated 🙏 Plz don't hesitate to reach out

Proud to share our latest work by the talented duo @AutomneNine and @ZalaSekne on the 2.7 Å structure of telomerase H/ACA RNP with new insights into disease mutations and pseudouridylation. Assisted by the newest lab member during revision. rdcu.be/dwUyY

1/17: How do stress granules form, and what are they made of? My lab mate Natalia’s new work shows DNA to be at the heart of yeast stress granules. She and Adrian are not on Twitter, so I will post a #Thread. Comments and criticism are very welcome 😃 biorxiv.org/content/10.110…

Had a wonderful time at #ACA2023! I met lots of great people and heard tons of wonderful talks. Photo credit goes to @CharlesBNader , thanks for snapping this of me!

Incredibly thrilled to have been a part of this work! DNA can fold into elaborate structures.

New paper from the lab! Very excited to see this out - congrats to all involved. @Mo46647245 @srivsesh @cpricejones pubs.acs.org/doi/full/10.10…

Super excited to share a series of new cryo-EM structures of RIG-I in complex with viral and host dsRNAs from the super talented postdoc Wenshuai from our lab! @MolecularCell @MCDB_Yale @YaleRNA sciencedirect.com/science/articl…

Very excited to announce that our papers describing a translocon that assembles on multipass membrane proteins are now out in @Nature! rdcu.be/cXTjL