Mariona Colomer Rosell

Cells & mountains | PhD Fellow @Biozentrum in the Schier lab | Bioinformatics MSc @ETH_BSSE | Physics BSc | SciComm @CienciaOberta

[Mariona Colomer Rosell @mcolomerr]

Natura i oportunitat, no es podria haver descrit millor la meva experiència a Zurich! Moltes gràcies @ToporMarcela @cataloniatoday per l'entrevista i per escoltar la meva aventura a Suïssa on realitzo un màster en bioinformàtica a la @ETH_en!

[Teresa Rosell @Teresa_Rosell]

Aquest va ser l'últim tuit de la Teresa. 💕 https://t.co/CPF6F2Ox48

[Teresa Rosell @Teresa_Rosell]

Els familiars us volem informar que aquesta nit la Teresa ens ha deixat. Una gran persona, referent, lluitadora i amb un cor gegant. Sempre la recordarem. I com deia ella, feu bondat i sempre endavant💕

[Mariona Colomer Rosell @mcolomerr]

@Teresa_Rosell la mama més millor 💛

[Mariona Colomer Rosell @mcolomerr]

@Teresa_Rosell @som3cat 💕💕 gràcies a tu i el papa

[The EMBO Journal @embojournal]

The dynamics & functional impact of tRNA repertoires during early zebrafish embryogenesis
@ddnedialkova et al @MPI_Biochem find increased translational activity during maternal-to-zygotic transition sensitizes maternal mRNA decoding rates to tRNA supply
https://t.co/ouicOBWXCl

[Mariona Colomer Rosell @mcolomerr]

@zaynanou @ERC_Research @IGFLyon @CNRS @ENSdeLyon Congratulations Zayna!! 🥳

[Mariona Colomer Rosell @mcolomerr]

Stellar work from @yinan_wan! See the thread to discover how spatial transcriptomics can help us uncover the diversity of gene patterns during embyrogenesis 🐠⌛️

[Yinan Wan @yinan_wan]

Our paper ‘Whole-embryo Spatial Transcriptomics at Subcellular Resolution from Gastrulation to Organogenesis’ is now on biorxiv! We introduce weMERFISH, a platform for profiling gene expression in entire embryos at subcellular resolution. Here is🧵https://t.co/U6eGtbvF0g (1/12)

[Yinan Wan @yinan_wan]

Our paper ‘Whole-embryo Spatial Transcriptomics at Subcellular Resolution from Gastrulation to Organogenesis’ is now on biorxiv! We introduce weMERFISH, a platform for profiling gene expression in entire embryos at subcellular resolution. Here is🧵https://t.co/U6eGtbvF0g (1/12)

[Jialin.Liu @ljljolin]

Cell differentiation generally follows a stepwise process; however, some cell types rapidly differentiate during early embryogenesis. To dissect the underlying regulatory logic, we combined single-cell multi-omics , GRN reconstruction, deep learning, and in vivo assays.

[Mariona Colomer Rosell @mcolomerr]

Excellent thread describing the work led by @ljljolin on dissecting the regulatory logic of early embryogenesis! 🧬🐠

[Jialin.Liu @ljljolin]

Excited to share my postdoc work from the @schierlab.
This project was a joint effort with many collaborators @seeliglab, @castillohair,Lucia Du, @YiqunWang3,@adamcarte,@mcolomerr, Chris Yin. 1/20
https://t.co/1RTpU2hqPN

[Jialin.Liu @ljljolin]

Excited to share my postdoc work from the @schierlab.
This project was a joint effort with many collaborators @seeliglab, @castillohair,Lucia Du, @YiqunWang3,@adamcarte,@mcolomerr, Chris Yin. 1/20
https://t.co/1RTpU2hqPN

[Mariona Colomer Rosell @mcolomerr]

Al lab (UniBasel) hem publicat dos articles aquest estiu, on estudiem com es forma un organisme a partir d'un embrió! 🐠

I ara, pots buscar el teu gen preferit a través de la web que hem creat https://t.co/DZxJF5V5R6!

A més, està en els colors de FCB (Basel/Barça?) 🔴🔵🤭

[Mariona Colomer Rosell @mcolomerr]

I'm so excited to see the 2 lab preprints led by fantastic
@yinan_wan and @ljljolin out! It has been so much fun to work together with you, Lucia & co-authors!

You can now browse your fav gene at https://t.co/DZxJF5V5R6, which happens to feature the FCB(Basel/BCN) colors!🔴🔵🤭

[Mariona Colomer Rosell @mcolomerr]

And learn about the gene regulatory logic behind developmental trajectories: https://t.co/HLMdaqKVL0

[biorxiv_devbio @biorxiv_devbio]

Dissecting the regulatory logic of specification and differentiation during vertebrate embryogenesis https://t.co/BLO1Hyu9uf #biorxiv_devbio

[Mariona Colomer Rosell @mcolomerr]

I'm so excited to see the 2 lab preprints led by fantastic
@yinan_wan and @ljljolin out! It has been so much fun to work together with you, Lucia & co-authors!

You can now browse your fav gene at https://t.co/DZxJF5V5R6, which happens to feature the FCB(Basel/BCN) colors!🔴🔵🤭

[biorxiv_devbio @biorxiv_devbio]

Whole-embryo Spatial Transcriptomics at Subcellular Resolution from Gastrulation to Organogenesis https://t.co/KFgcfZPa6l #biorxiv_devbio

[Alex Schier @schierlab]

We use these atlases to study boundary formation, instant differentiation, and gene regulatory networks. Special thanks to Yinan Wan and Jialin Liu, who led the projects, and our collaborators in the Seelig and Bintu labs. Please test drive the browser: https://t.co/KD4D9mX6Fu

[Alex Schier @schierlab]

Take a look at our Spatial Transcriptomics and single-cell Multiomics papers. We visualize more than 20,000 genes and 200,000 accessible chromatin regions in whole embryos. https://t.co/sIYyBdfyZL
https://t.co/2YkNQ7UiCK.

[biorxiv_devbio @biorxiv_devbio]

Dissecting the regulatory logic of specification and differentiation during vertebrate embryogenesis https://t.co/BLO1Hyu9uf #biorxiv_devbio

[biorxiv_devbio @biorxiv_devbio]

Whole-embryo Spatial Transcriptomics at Subcellular Resolution from Gastrulation to Organogenesis https://t.co/KFgcfZPa6l #biorxiv_devbio

[Mariona Colomer Rosell @mcolomerr]

@VildeKveim @ScienceMagazine Congratulations @VildeKveim , @FlavioDonato82 and all the team! Beautiful work!

[Vilde Kveim @VildeKveim]

Excited to share that our paper is now published in @ScienceMagazine!

You can check it out at https://t.co/BLAsxJPieT

Thank you to everyone who made it happen! 🩷