Deeply honoured to receive this year's Gateff Prize by the German Genetics Society @GfGenetik 🎓🧬 Recognition for an incredible team I had the privilege to work with during my PhD. @tcgcambridge @CamVetSchool @sangerinstitute @emblebi @ResearchMenzies

This will be one of our last tweets on X. We’re leaving and have moved to @thebraunlab.bsky.social. Follow us there for updates on our research and collaborations! 🌟

A previous recap of the findings can also be found here:

Also, we’d like to thank all our collaborators and team members—@balazs_papp_lab, @ASadylab, @SarahLa47195747—and present/former BraunLab members, including @abubaka11715045 and @SarkadiZsuzsa, for their fantastic contributions. 👏

Thrilled to announce that an advanced version of our study is now published in @NAR_Open! 🚀 Huge thanks to the reviewers for insightful comments and @SarahLa47195747 for invaluable contributions during the revision process. 🙌 Read more here:

This will be one of our last tweets on X. We’re leaving and have moved to @thebraunlab.bsky.social. Follow us there for updates on our research and collaborations! 🌟

Also, we’d like to thank all our collaborators and team members—@balazs_papp_lab, @ASadylab, @SarahLa47195747—and present/former BraunLab members, including @abubaka11715045 and @SarkadiZsuzsa, for their fantastic contributions. 👏 @FB08_JLU @LMU_Muenchen @jlugiessen

Thrilled to announce that an advanced version of our study is now published in @NAR_Open! 🚀 Huge thanks to the reviewers for insightful comments and @SarahLa47195747 for invaluable contributions during the revision process. 🙌 [Read more here: https://t.co/aM375Ls4NF]

My co-first author paper now out in @Nature SWR1 specifically exchanges H2A/H2B dimers for Htz1/H2B dimers in nucleosomes. Here we show double dimer exchange can be processive, explaining how SWR1 ‘proofreads’ dimer identity in a nucleosome. https://t.co/giVaXL7YLl

Excited to share our study on ZNF512B's role in binding NuRD, acting as a repressor, and facilitating DNA aggregation is now published in @NAR_Open! Big thanks to our amazing collaborators @OlallaLab, @JoelPMackay, Marek Bartkuhn, & Falk Butter! https://t.co/xCR08iKkrc

Our PhD program is now open to applications for 2025 admissions. Too much cool science to summarize, take a look and apply! Deadline Jan 7th.

#JobOffer 🔎 Exciting opportunity to join the new #MSCA-DN #NUCLEAR 🧬 led by @MarcusBuschbeck as Project Manager! If you have a background in Life Science and EU Project Management, apply now 👇 https://t.co/GkwriNC6CC @MSCActions #ProjectManager

What's the most feared part of giving a talk? Answering questions.. Yet, this is the best place to clarify your ideas & create an atmosphere where the audience gets to a higher level of understanding & satisfaction. Here's the effective method I learned from @UriAlonWeizmann!

Now out in @embojournal: FMI researchers in the @MarcBhler4 lab discovered that yeast communicate through secreted molecules to switch to less favorable nutrients when food is scarce, using mitochondrial proteins to decide the best menu 🍔

Thanks to everyone joining our symposium “Quiescence from a Chromatin and RNA perspective” at @jlugiessen — especially our guest and local speakers! Many fruitful discussions and exciting keynote by @keisuke_goda! Looking forward to establishing a new training network @FB08_JLU

New Study Alert! A comprehensive Schizosaccharomyces pombe atlas of physical transcription factor interactions with proteins and chromatin https://t.co/fPBJXYwOIj #biorxiv_molbio

Feierliche Amtseinführung der #JLU-Präsidentin Prof. Katharina Lorenz und Übergabe der Ämter der JLU-Vizepräsidenten für Studium und Lehre sowie für Wissenschaftliche Infrastruktur mit Staatsminister @Timon_Gremmels https://t.co/YieHbPIrn2 @HMWK_Hessen

The Journal Club by @NatRevMCB is a nice format to revisit papers having an impact on the field. Thanks for the opportunity to write about the study by Jih et al. on distinct roles of H3K9me2/me3 describing how #heterochromatin can be transcribed while still being silenced.

We identified a complex network of proteins that regulate MMEJ:NHEJ repair pathway balance in a chromatin context-dependent manner. With impact on cancer genomes. Paper is finally out:

Welcome Edith! Exciting start of a new era for the Crick!