Saskia Gressel

IP biotechnology • PhD @CramerLab

[Saskia Gressel @saskia_gre]

RNA isoform dynamics in human K562 cells by nanoID 🥳

[Björn Schwalb @birdumbrella]

I am thrilled to share that our paper finally got published in @genomeresearch 🥳🤩💃🕺 #oldbutsexy Many thanks to @saskia_gre @CramerLab

https://t.co/T46fU4Rv09

#nanoID #IsoformDynamics #nanopore #minion #nativeRNA #directRNA

[Saskia Gressel @saskia_gre]

@CramerLab @klysakovskaia 🤩 that’s wonderful, congratulations Kseniia!! 💐🎈

[Saskia Gressel @saskia_gre]

@SchuhLab @mpi_nat @eirini_bl 🥳🥳🥳 congrats @eirini_bl!!!

[Saskia Gressel @saskia_gre]

🐝 honeybees do math! 🥰 https://t.co/A5hv2beP9M

[Saskia Gressel @saskia_gre]

Wow @KokicGoran - finally 🥳😍 congrats to the entire team!

[Goran Kokic @KokicGoran]

Our work describing human transcription-DNA repair coupling in five ❄️EM structures is out @Nature. 🧬🥳

The centrepiece of coupling is the alternative transcription elongation complex that can ubiquitylate lesion-arrested Pol II and initiate DNA repair.
https://t.co/qzHlgXntqa

[Saskia Gressel @saskia_gre]

@jamesknunez @UCBerkeley @berkeleyMCB Fantastic news & well deserved James 🥳

[Saskia Gressel @saskia_gre]

New multiomics story 🧬✂️⏯- congrats to @LCaizzi, @SaraMM_4, @birdumbrella, @klysakovskaia, Jana, Ania, @YingChen_P, @lidschreiber & @CramerLab 🥳

[Livia Caizzi @LCaizzi]

U2 snRNP is required for efficient Pol II pause release and RNA synthesis in human cells! If you haven't done yet 😉, check the paper here: https://t.co/Yzjmpt0hPo

[Saskia Gressel @saskia_gre]

@sarakosman @MED_COMPLEX @CramerLab Very happy for you Sara & well deserved 🥳

[Saskia Gressel @saskia_gre]

Cheering very loudly for this 🥳

[Hauke Hillen @hauke_hillen]

Open PhD position in my lab at @uniGoettingen and @mpi_bpc ! Come join us if you want to use ultracool electron microscopes🔬and lots of other fun methods to study the molecular biology of mitochondria! 🧬RT appreciated!

https://t.co/Mq2EJjVYSn

[Saskia Gressel @saskia_gre]

🥳 congrats!! 🎊 check out the new story by @Kat_ja_Li, @CramerLab, @lidschreiber providing a resource of transcribed enhancers in 14 human cancer cell lines

[Mol Syst Biol @MolSystBiol]

TT-seq maps thousands of transcriptionally active putative enhancers & #enhancer-#promoter pairs in human cancer cells --> https://t.co/LhCkI2EVxS from @lidschreiber @CramerLab #transcription #GeneRegulation #genomics #CancerGenomics

[Björn Schwalb @birdumbrella]

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

[Bruce Booth @LifeSciVC]

The Biotech Paradox of 2020: A Year In Review

The striking dichotomy of simultaneously experiencing agonizing tragedy alongside buoyant optimism.

Surprisingly, in many ways 2020 was actually the best year ever for biotech.

https://t.co/IPH4NNKIHr

[Saskia Gressel @saskia_gre]

@JLiepe @ERC_Research @thegoecampus @maxplanckpress @mpi_bpc amazing 🥳🥳 well deserved!!

[Saskia Gressel @saskia_gre]

Yamanaka factors at work @Sveta_Dodonova 🥳

[Patrick Cramer @mpgpresident]

Our structures of nucleosome-bound Yamanaka factor Sox2 and Sox11 elucidate how pioneer factors invade chromatin for differentiation and development.
https://t.co/ypkUInxsGu

[Michael Meinecke Lab @MeineckeLab]

We are so excited about the just published paper from @MeineckeLab together with Alex Stein (@mpi_bpc). Congrats @VedranVasic and Niels, we are very proud of your amazing work!!!

https://t.co/ogH0LGEGLG

[Saskia Gressel @saskia_gre]

@pelechanolab @karolinskainst @MTC_KI @scilifelab @ClaudiaKutter @geosotiriou congrats!!

[Saskia Gressel @saskia_gre]

Couple more days to submit your application - go for it! #GenomeScience

[Mol Syst Biol @MolSystBiol]

#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

[Gonzalo Parra @GonzaParra_]

Our MERLoT manuscript is finally published at
@NAR_Open!! It was my transition work from protein structures to transcriptomics while being an
@EMBOFellows! A huge challenge and great work at the Soeding Lab with Niko (@galicae) and a whole amazing team! https://t.co/2TNEHGzloE

[Patrick Cramer @mpgpresident]

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