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Happy to share our new publication out @Nature tinyurl.com/bdz5umj4, where we investigated how MYC-MAX and CLOCK-BMAL1 engage chromatinized E-boxes. Thanks to all the collaborators! @SchubelerLab @partchlab @Beatfierz @johannes_zuber @jsmenet @RalphSGrand @PriyaCrosby
Mission accomplished✔️🎓 I recently defended my PhD thesis! Thanks a lot to my PhD supervisor Nicolas Thomä, my committee members Lori Passmore and Dirk Schübeler, the lab members and all the people who contributed during the journey!🎉🧬 @LabThoma @lapassmore @SchubelerLab
Huge congratulations to @lisastoos_ on successfully defending her PhD! Her work uncovered how a special group of proteins, called bHLH transcription factors, manage to bind DNA even when it’s all tightly wrapped up 🧬
Lisa Stoos retweeted
Wouldn’t it be great to test how individual transcription factors engage with their motif in the nucleus? We tried exactly that in a study lead by Ralph (@RalphSGrand) and Marco (@marco_heffler) now out in Molecular Cell authors.elsevier.com/sd/arti…. 1/7
I'm excited to share that I received a poster prize at the EMBL Transcription and Chromatin conference! Grateful for the opportunity and recognition!☺️ #EMBL2024
🎉📷Congratulations to Lisa Stoos for winning one of the @FEBS_Letters #PosterPrize at the Transcription & Chromatin #EMBLTranscript conference in Heidelberg! 👏👏👏
@lisastoos_ @LabThoma @FMIscience @EMBLEvents
Lisa Stoos retweeted
Check out our latest review on Pioneer Transcription Factors (TFs) by @_M_Carminati, Luca Vecchia, and @lisastoos_ in Current Opinion in Structural Biology @COSB_CRSB! Read it here: doi.org/10.1016/j.sbi.2024.1…
Lisa Stoos retweeted
Excited to share our latest preprint. Lead by Mario (@marioiurlaro) and Francesca we deleted the main subcomplexes of the ISWI remodeler family. Key finding is that NURF (via BPTF) is required for creating open chromatin around CTCF sites.
biorxiv.org/cgi/content/shor…
1/8
Lisa Stoos retweeted
We are happy to share our latest work about the E3 ligase UBR5: Two manuscripts @CellPressNews!
bit.ly/43vM7gJ
bit.ly/3DnmRyI
The result of fantastic collaborative efforts with the Ebert and @RapeLab. Thanks to the many contributing authors! #cryoEM #ubiquitin
Lisa Stoos retweeted
How about some structural circadian biology to end the week? @partchlab @labthoma @lisastoos_ demonstrate how CLOCK:BMAL1 binds DNA in the context of histones, and show some rather elegant and surprising molecular interactions:
nature.com/articles/s41586-0…
Lisa Stoos retweeted
Our latest paper exploring how MYC-MAX and CLOCK-BMAL1 engage with chromatinized E-boxes is out @Nature: rdcu.be/df8qh. We thank all the collaborators for their valuable contributions! @jsmenet @partchlab @Beatfierz @SchubelerLab @johannes_zuber, Becker lab & Liu lab
