I am thrilled to share the new EP of my band RBF:
Curious about how scientist might sound?
Please check us out here:
Stream now on Spotify: https://t.co/LxZZDPUmYN
Instagram: https://t.co/gTO1Tbwny0
From the rehearsals at @mpi_bpc and the Happy Hour concerts, it's been a long time in the making.
Pleased to share the RBF EP recorded at Rockmöhre Tonstudio, October 2020.
Stream now on Spotify: https://t.co/owSrRbT1HB
Instagram: https://t.co/HNyCXQ3AW3
Curious which transcribed #enhancers might regulate your favourite gene?
We are excited that our paper is finally out in @MolSystBiol. Great collaboration with Jussi Taipale’s lab and fantastic team effort @CramerLab @Kat_ja_Li @lisaannajung @mpi_bpc @karolinskainst@CamBiochem
🥳 congrats!! 🎊 check out the new story by @Kat_ja_Li, @CramerLab, @lidschreiber providing a resource of transcribed enhancers in 14 human cancer cell lines
It’s been a long time in the making but we’re pleased to finally share the RBF EP out now on Spotify: https://t.co/nHgupmDocU
Stay tuned for more updates and find us on Instagram: https://t.co/PVEJK5O2k7
Being a Phd student at @mpi_bpc must be AMAZING!
They organize a truly amazing annual conference (thanks for having me there 2 years ago) and now actively explore alternative funding sources (I guess)... 😉
But frankly, how cool is that... they have their first EP on @Spotify! 🎶
This month‘s issue of @Lab_Journal features a ‚journal club’ commentary on our work on how Pol II pausing influences transcription initiation.
https://t.co/bUlirm1JDs
#EESOmics@birdumbrella from @CramerLab: Native RNA identification by #nano-ID allows analyses at the RNA isoform level. Very interesting results about differential RNA isoform stability & its regulation
We show directly that transcription activation often involves a decrease in Pol II pause duration. Multiomics reveals this requires CDK9 and increases the productive initiation frequency. In contrast to promoters, enhancers are generally not pause-limited. https://t.co/RcJGLGHTTC
Our latest,on transcription kinetics of human cells in steady state and upon heat shock using multiomics, out in @NatureComms; terrific teamwork with Björn @birdumbrella @CramerLab @mpi_bpc
Read more here: https://t.co/pLfYVSffNN
Fifty years ago, Apollo astronauts first landed on the Moon. What better way to celebrate than constructing tiny versions of some of the mission's iconic vehicles and scientists? Sign up for Nature Briefing for a chance to win (current readers can enter and win too) 🚀
TT-seq is widely applicable to monitor RNA synthesis and enhancer dynamics in human cells. We now provide a detailed lab protocol and bioinformatic analysis pipeline:
Experimental: https://t.co/V4wa1tUkIf
Analysis: https://t.co/GNsCK42lyG