I am happy that this work is out. @MichalRazew, @WojtekGalej, Angelique Fraudeau and Romain Linares show how the Integrator complex is recruited by specific transcription factors.
Last few days to apply to our EMBO Practical Course on macromolecular complexes! We have a fantastic lineup of speakers covering broad range of topics. Join us in Grenoble in June!
A new automated platform for cryo-EM/ET grids preparation.
Great engineering by @PappTeam and collaborative @embl effort to validate the approach.
biorxiv.org/content/10.1101/…
📢 I have two open @ERC_Research fully funded #postdoc and #PhD positions in my lab at @MaxPerutzLabs on the @viennabiocenter campus. We are looking for structural bio(techno)logists with a passion for nucleic acid binding proteins and genome editing.
Deadline for PhD: Oct 15th
💥 Out now @ScienceMagazine. @DanielHFisch solves the mystery of bystander cell protection during infection. An exciting mechanism, cells are so smart! PIM1 controls GBP1 activity to limit self-damage and to guard against pathogen infection | Science science.org/doi/full/10.1126…
I am very happy that this story is finally out.
It was a huge effort mainly by @DanielHFisch and @FrickelLab.
I am very grateful to @EMBLGrenoble and @MartinJinek for providing lab space and computational resources.
science.org/doi/10.1126/scie…
@LenaAnastasakou, @DanielHFisch, @WojtekGalej, @FrickelLab and me were brought together by chance during the pandemic and decided over raclette to try a collaboration.
I am very happy to share our newest results characterizing the novel Integrator subunit INTS15 (C7ORF26). It was an exciting collaborative effort of @WojtekGalej and lab with the @GardiniLab and in particular my amazing co-author @offley_sarah!
It was a real thrill to present our new data on type V CAST at @crispr2022 in Boston this week in a shared talk with @irma_querques. Thanks to the great support of @OberliSeraina, @ChrisChanez89 and @MartinJinek , we are now able to share a preprint here: biorxiv.org/content/10.1101/…
EMBL's Bhogaraju group solved the 3D structure of a protein complex of Legionella pneumophila that could be a target for new therapies for pneumonia caused by this bacteria.
Happy to share this story I wrote for @embl website :)
EMBL’s Bhogaraju group uses structural biology techniques to study Legionella pneumophila, a versatile bacterium that can cause severe pneumonia.
Recently, they unveiled the 3D structure of two interacting proteins involved in the disease process.
embl.org/news/science/solvin…
ALT Two protein structures interacting in the foreground, each shown in a different colour. The background shows small green dots marking bacteria.
Love viruses, virus receptors AND super-resolution microscopy?😍Look no further! @Owen_lab_UoB and I are offering a PhD project through @Impact_Aim_Mrc
"Super-resolution mapping of virus-induced receptor clustering and activation" *Please retweet*
Get in touch if interested!