(1) Chromatin/cancer paper alert! We've unraveled how genotoxic anticancer drug impacts the chromatin structure of human cells. Using Hi-C, ChIP-seq, and RNA-seq, we've explored the changes in chromatin architecture triggered by doxorubicin and ICRF193. https://t.co/0PpEQ6bbTb
Excited to share our story on how enhancers repositioning leads to disease-associated gene mis-expression during development out in @NatureComms 🧬🐁🤓 I couldn't be happier to have teamed up with @Giulia_Cova on this one! @MundlosLab
👇 https://t.co/rIKSW122XP
And it’s officially out @NatureComms!!Couldn’t be happier 😃🥳!! A long way, but definitely worthy!!Thanks to my amazing partner-in-crime @GJuliane_ 🤗, all the authors, the reviewers, and to everyone that has been part of this journey 🤗 so grateful!! https://t.co/8wnmUd1kQY
Researchers @MeloUira@StefanMundlos@MundlosLab@VingronLab characterize structural variations (SVs) in a cohort of individuals with complex genomic rearrangements and investigate their impact on gene expression and the 3D chromatin architecture.
https://t.co/Vdv2H5iUTV
Last week we hosted the GOA Young TAD Award presentations. They were all amazing and the scoring was very tight! We are excited to announce the winner was @Alessa_Ringel 👏👏👏
🦔 Looking for a #PhD position & interested in investigating how the hedgehog got its spines? Join the lab of @StefanMundlos / @MundlosLab & our #IMPRS-BAC #gradschool! Apply today!
👉 https://t.co/x7KHU6RCd5
We are happy to share the latest work from
@MundlosLab published on @NatureComms
We combined short- and long-read sequencing in samples with germline complex genomic rearrangements. https://t.co/zmDfharnCo
The latest Mundlos lab evolutionary adventure in gene regulation continues.. Big congratulations to @Alessa_Ringel & @mrmikerobson1! Check out the tweetorial for the highlights ⬇️
Job alert Postdoc: you are a molecular biologist and interested in gene regulation? Study how lncRNAs work in regulating genes in development. Use cutting edge technologies including synthetic genomics and large-scale genomic engineering. Contact me. https://t.co/fGLUtvd29p
Thanks so much to everybody for support in this #ERCAdG endeavor! It has been a tough competition. I see it as a special honor that my project was viewed as "ostentatiously overambitious" by a reviewer. Peer reviews are so much fun! 😂
🍾 Congratulations! 🎉 For a a research project on the genomics of evolution, or “how bats learned to fly”, our researcher @StefanMundlos / @MundlosLab has been awarded a prestigious @ERC_Research Advanced Grant #ERCAdG https://t.co/yuRhWOG9hV
Anlässlich ihrer Jahresversammlung zeichnet die Leopoldina ForscherInnen für ihre hervorragenden wissenschaftlichen Leistungen aus. Mehr: https://t.co/uspvIGSWs7
@CoBaStiftung
I am excited to announce the publication of TADA, a tool to prioritize pathogenic CNVs @GenomeBiology! TADA annotates CNVs with respect to the affected regulatory environment and computes a pathogenicity score indicating their functional impact.
https://t.co/pjfiev8d5r
Check out our new @biorxivpreprint! A bona fide Mundlos Lab's study looking at structural variations leading to gene dysregulation @ the Lbx1/Fgf8 locus. An impressive effort lead by @Giulia_Cova & brought to the finish line by @GJuliane_#preprint#3DGenome
Extremely happy to share the preprint of my work from my time in the @MundlosLab! A novel conceptual framework where combination of gene misexpression and dosage occurs upon structural variations that involve the Lbx1/Fgf8 locus and its 3D organization.
https://t.co/syMivnCczm
🦇 Join the lab of @StefanMundlos / @MundlosLab / @der_bri to find out how bats learned to fly! To uncover the complex changes in its genome, apply as a #PhD student & join our #IMPRS-BAC research school!
👉 https://t.co/CfXXtFSOJL