Francesca Rossi

PhD student at @MPI_molgen group of Chromatin Structure and Function

[Saori Uematsu @usa0ri]

Our new co-first-author paper is out in Nucleic Acids Research!
We unexpectedly found that nascent-chain sequences located well upstream of P2A—even outside the ribosomal exit tunnel—can modulate peptide-bond skipping efficiency. 1/n
https://t.co/sg1cAN9uAc

[Adriano Bolondi, PhD @adrianobolondi]

Fresh out of the press @Dev_Cell! w Z. Smith @YaleGenetics and B. Law & M. Chan @Princeton we engineer a high-content molecular recorder to reconstruct thousands of cell lineages during embryoid morphogenesis. #MeissnerLab @MPI_MolGen. A🧵(1/14)
https://t.co/W4KEqZrE3c

[Robert Schneider @robert_ife]

Publication alert ! Paper from https://t.co/tINPtwkZSL in @Nature
How complex epigenetic modification signatures regulate genome function. With interactive online resource https://t.co/2pY8dpU51l Big data ! @epigeneticsHMGU @HelmholtzMunich
https://t.co/pbuGbsevF8

[Abhishek Sampath Kumar @AbhiSampKumar]

Excited to share the second piece of my PhD work! Our paper on generating 2D and 3D spatial transcriptomic maps of whole mouse embryos during early organogenesis with @adrianobolondi @Luyi_T is out in @NatureGenet 🐭🧬 @MPI_MolGen @broadinstitute.
https://t.co/Bz7vDWeAag

[Nature Communications @NatureComms]

.@GemmaNoviello report CasTuner for analog tuning of endogenous gene expression and show homogeneous gene expression tuning across mouse and human cells

#BiotechNatureComms

https://t.co/GIyLdTC2vP

[Mitch Guttman @mitchguttman]

Many proteins bind RNA, yet we still don’t know what RNAs most RBPs bind because current methods map one protein at a time. With the Jovanovic lab, we describe SPIDR – a method for mapping the RNA binding sites of dozens of RBPs in a single experiment. https://t.co/BnxlSyJLfE

[Gemma Noviello 🏳️‍🌈 @GemmaNoviello]

#CasTuner has been published on @NatureComms last week. I wrote a blog post to explain what this stuff was about if you get bored reading an entire paper or don't have time to do it: https://t.co/9zrqjjNqXi

[Akis Papantonis @AkisPapantonis]

Hot off the press! Our (truly collaborative with the labs of @AndreasBeyer012 @CECAD_, @AntebiLab and Linda Partridge @MPIAGE and mine @yourUMG) story linking #ageing with #RNAPII elongation in across species is out @Nature and free to read: https://t.co/fN5QPYWbRX

A thread /

[Raha Weigert @RahaWeigert]

Ever wondered how the peculiar placental epigenome is regulated? We discovered a dynamic DNMT3B/Polycomb-antagonism that maintains it! Beyond thrilled to share my PhD work together with @hetzel_s published @NatureCellBiology. @MPI_MolGen #MeissnerLab (1/9) https://t.co/x5vjLyQUHe

[Gözde Kibar @gozdekibar4]

(1/4)
I am happy to share that my PhD work on predicting protein-protein interactions using intrinsically disordered regions is now published in Proteins : Structure, Function, and Bioinformatics ! @VingronLab
https://t.co/GA3gjphc1U
#PPIs #IntrinsicallyDisorderedRegions #IDPs

[Epigenetics Podcast @epigenetics_pod]

In this episode we caught up with @Chromatin_MPIMG from @MPI_MolGen to talk about her work on PHF13 and its role in chromatin and transcription.

#epigenetics #chromatin #WomenInSTEM

Listen here: https://t.co/zJkSo0nbTt

[Victor V. Lobanenkov @boris_ctcf]

⚡️Regulation of the Mitotic Chromosome Folding Machines

☞ Bastiaan Dekker and Job Dekker (2022) Biochemical Journal 479: 2153–2173.

🔜 Correspondence: [email protected]

https://t.co/9IOmBU2ph8

[Gemma Noviello 🏳️‍🌈 @GemmaNoviello]

Ever wished to tune endogenous gene expression @ single cell level? Now you can! With #CasTuner : a degron and CRISPR/Cas-based toolkit for analogue tuning of endogenous gene expression. New preprint out! With @EddaGSchulz @RutgerGjaltema @MPI_MolGen https://t.co/1FLji44Za1

[Abhishek Sampath Kumar @AbhiSampKumar]

Very excited to share the first piece of work from my PhD with @VahidAsimi
@henri_niskanen @chri7stina @hetzel_s @dhnisz out today in @NatureGenet https://t.co/AGAlFgzDYQ @MPI_MolGen

[Molecular Instruments @HCRimaging]

This week's #FluorescenceFriday user is @AbhiSampKumar! Abhishek uses #HCRimaging to validate and map expression patterns of multiple genes in whole-mouse embryos. "Whole-mount embryo RNA-FISH has been possible only with HCR." View his work here: https://t.co/fIkD481gBE

[Bin Zhang @binzmit]

Our collaborative work with @zhejliu and @TjianDarzacq is now published in Nat Genet. Huge thanks to @549nm and @Yifeng_QI for their years of effort!
https://t.co/uh4tavD5Qv

[Sarah Doerdrechter-Kinkley @Chromatin_MPIMG]

My groups first Pre-print is now out on Sneak Peak! Interested in how chromatin is compacted into chromosomes, the players involved and the mechanism of how they do it? Check out our Sneak Peak. Congratulations to all that were involved https://t.co/uDqlZ3mi1u

[Archaeology & Art @archaeologyart]

View of Pantheon at night in Rome, Italy.

[MPI for Molecular Genetics @MPI_MolGen]

🧬 How is #chromatin compacted into chromosomes? Our Kinkley Lab identified polymer-polymer phase separation (PPPS) as underlying mechanism of higher chromatin order transitions, found involved factors & provides 1st in-vivo evidence!
📎 #Preprint here:
https://t.co/Lt2tKzb8Ar