Daniel Jost
@djost_physbiol
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@CNRS Senior Researcher - Group Leader at @Lyon_LBMC, @ENSdeLyon. Physical biology of chromatin: modeling the spatio-temporal dynamics of eukaryotic genomes
Lyon, France
Joined December 2016
Dear All, That would be my last message on X for obvious reasons. Freedom of speech is not the freedom to say anything or to discriminate. I migrate to Bluesky @djost-physbiol. For the french community, a great tool to facilitate the migration !
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RT @flora_paldi: Huge thanks to all co-authors on this manuscript for their fantastic work @MF_Szalay, @MarcDiEsse, @djost_physbiol, Hadrie…
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RT @CNRSbiologie: #ResultatScientifique 🔎| Découvrez la dernière publication de @djost_physbiol et de leurs collaborateurs ⤵️ 🤝 @CNRS @CN…
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Stay tuned: more to come from our side with a genome-wide analysis/modeling of the consequences of replication-mediated loop extrusion in yeast with new experimental data, hopefully posted in the coming weeks
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RT @mpi_ie: 📢 Job alert: Postdoc Position in the lab of Jumana AlHaj Abed (@JumanaAHA) – Fantastic opportunities at #MaxPlanck in #Freiburg…
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Very happy to have collaborated with @aurelepiazza to investigate loop extrusion in vivo. Very rich datasets to investigate the regulation of condensing road blocks and processivity along the cell cycle. Check the preprint and the post !
How do specific communications arise in chromatin? Here we determine condensin’s loop extrusion properties in budding yeast and identify various types of roadblock. It makes a conditional loop that allows mating-type switching to take place.
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RT @iosonoirene: Our lab is on the lookout for curious and creative PhD candidates as part of the @RNA_iit. Don't miss out - there's still…
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RT @ElphegeNoraLab: Our department of Biochemistry and Biophysics at the University of California San Francisco is recruiting tenure-track…
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Very happy to have contributed to this fantastic work by @aurelepiazza group! A new technique (HiC for ssDNA), new insights into DNA homology search, and a little bit of modeling, of course 😉. Congrats to all the team !
How do you find a needle in a genomic haystack? Yeast yields some answers here, thanks to Xless Agnès Dumont, Nicolas Mendiboure, @JSavocco, @djost_physbiol et al. Free here for 50 days, or very similar preprint here: Enjoy!
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Our work on the role of transcription in regulating the 4D Genome is now out in @NatureComms . . Thanks to the reviewers for their insightful remarks !
New preprint from the lab !! On the role of transcription in regulating the structure and dynamics of genes, independently of loop extrusion. Great work from @hosseinsalari65 !! Check the tweetorial 👇
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RT @i_jerko: Ever wondered how 3D chromatin rewires during differentiation? We wanted to understand this process better & distinguish if di…
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RT @ranjithpa: Do participate in this meeting on the Interdisciplinary aspect of chromatin organization and gene regulation at ICTS Bangalo…
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RT @Chromozz: We are looking for a PhD candidate to work on the "histone code hypothesis" using epigenetic rewriting techniques. Deadline 1…
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RT @aurelepiazza: To all INSERM engineers in bioinformatics seeking to change air: we are hiring by mean of internal mobility! I can't stre…
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