
Seychelle Vos
@seyvos
Robert A. Swanson (1969) Career Development Professor of Life Sciences @MITbiology, interested in molecular machines that manage nucleic acids, views are my own
ID: 959455607588884480
http://voslab.org 02-02-2018 15:56:57
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1,1K Followers
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The 9th New England Cryo-EM Symposium will be hosted this year at Harvard Medical School on Nov 9th, 2022. We look forward to welcoming researchers from New England and beyond to Harvard Medical School! More details and registration: tinyurl.com/2xtyauzx


Meet the newest addition to the Vos lab Seychelle Vos MIT Biology . Still in training, and resting in preparation for the long weekend.



What does it take to degrade a protein? Turns out all you need is a C-terminal amide. In a great collaboration between Jacob Corn and Bode Group we identified C-terminal amides as a degron recognized by SCF/FBXO31. @matthias_muhar Raphael Hofmann



Congratulations to twitter less Bonnie Su on her first paper from the lab! Bonnie shows that NELF can bind Pol II in two distinct confrontations that support either pausing or elongation. She did this using actively transcribing complexes. Read it here: authors.elsevier.com/sd/article/S10…



#MSRPBio is my favorite program at MIT. I loved meeting with this year’s group on Monday. Thank you MandanaMSRP for organizing such a wonderful program and bringing great students to MIT for the summer every year!



Congratulations to graduate students @AMohamed_98 from our group and Peter Wang from the Bartel lab on determining the structure of human AGO2 in the slicing conformation. This was a challenging project with many exciting results. Read our preprint to learn more!

A childhood interest in the complex worlds within an organism that the naked eye cannot see ultimately led Praise Lasekan to the BSG-MSRP-Bio program at MIT, working in the Vos Lab Seychelle Vos biology.mit.edu/bsg-msrp-bio-s…


Our collaborative AGO2 work with the Bartel lab is published! @AMohamed_98 and Peter Wang used cryo-EM and biochemistry to determine the structure of AGO2 in a slicing competent conformation with a fully paired RNA. Read more about it here: tinyurl.com/AGO2-slicing

Start off the New Year on a high note and submit your abstract for Keystone Symposia Interplay of Chromatin Architecture and #Transcription Regulation, this March/April in Banff. Short talk abstract and scholarship deadline are only 1 week away! tinyurl.com/txn-keystone #KSChromatin25

