The Mother of All Ribosome Collisions
Life before #ubiquitin: B. subtilis MutS2/RqcU senses translational stalls that lead to #ribosome collisions, then elicits degradation of the incomplete nascent-chains. Excited to share our findings, online @Nature today.
#RQC
A team of researchers led by ZMBH's PIs C. Joazeiro @LabJoazeiro and S. Pfeffer @PfefferCryoLab discovered how the bacterial MutS2 protein prevents damage by stalled ribosomes! Further details in Nature https://t.co/ZMiSZDxPVb
A Tenure Track Professorship at the ZMBH in Heidelberg, Germany, has just beenย advertised, (18 January 2026 deadline)
https://t.co/rgAyeONxDq
I encourage excellent candidates in the broadย #proteostasis and/or translation fields to apply! @scijobs@sciencejobs_eu
Thrilled and honored to receive the #ERCAdG! This will fund us for the next 5 yrs for groundbreaking research
My project SuTra focuses on the Surveillance of Translation, from sensing #ribosome stalling to #RQC. We aim to learn how defective surveillance causes neurodegeneration
Thrilled and honored to receive the #ERCAdG! This will fund us for the next 5 yrs for groundbreaking research
My project SuTra focuses on the Surveillance of Translation, from sensing #ribosome stalling to #RQC. We aim to learn how defective surveillance causes neurodegeneration
๐ฃ Good news: 281 top researchers have just won ERC Advanced Grants!
The new funding, worth nearly โฌ721 million, is part of the ๐ช๐บ EUโs #HorizonEurope programme.
Read more ๐ https://t.co/62GOFDjQYq
#ERCAdG#FrontierResearch@EUScienceInnov
Thanks, Ino! Thanks also to the LS1 panel for a constructive, fun interview! And congratulations to all fellow awardees! #ribosome#RQC#ubiquitin https://t.co/DyQNNo5GcT
Impressive #EMBOubiquitin24 in #Cavtat with more than 300 participants & active discussions at posters. Superb success- thx to the organisers @MerblYifat76992, @YKulathu, @LabJoazeiro, @polosimona1, @EMBOevents ๐๐๐ซถ๐
The hotel and weather matched the quality of science ๐
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Grateful to connect and learn from the great minds in ubiquitin, proteostasis and organelle quality control! Such a well-organised event! #EMBOubiquitin2024
Federico followed up on our discovery that bacteria also have an RQC pathway. In collab w @PfefferCryoLab, he elucidated mechanisms underlying Ala-tailing by RqcH (the homolog of Rqc2/NEMF), and discovered a factor that senses collided ribosomes upstream of RQC (hence, RqcU).
Bacteria can counter noncanonical lipid ubiquitination with a #ubiquitin esterase! Fantastic collaboration with @ThurstonLab and @CMBI_Szczesna, with @r_lacoursiere driving our side of the project using some amazing tools built by the Geurink lab.