Glad to be featured in that EMBL communication item which summarises my 3 months exchange at @SciLifeLab_DC ๐ฅณ Amazing enriching experience that was highly useful to bring forward https://t.co/o1oyPLwswd ๐
Travel broadens the mind - an excellent example of that is EMBL ARISE Fellow Thomas Weber, who expanded his data science skills during his secondment at @scilifelab ๐ธ๐ช.
๐ Read the full story about his journey: https://t.co/ztkYIFJCe9
๐ #Preprint alert!
Excited to share this new study from our postdoc Carsten Hain on centromeres!
https://t.co/dkthxm0PrD
This work presents HORoSCOPE, a computational framework that infers centromere architecture and size directly from short-read sequencing data.
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Can an AI tool help us better understand the origins of cancer?
Researchers from EMBL's Korbel Group have developed a new AI method โ MAGIC โ which, through a game of molecular laser tag, is shedding light on how chromosomal abnormalities form in cells.
https://t.co/qYNMyAFoex
๐ Excited to announce Depictio is now LIVE with a public demo!
An open-source platform for creating interactive dashboards using outputs from bioinformatics workflows.
Try it: https://t.co/FKK0UYo8xm
#DataScience#OpenScience@embl#workflows
๐ฎ Try the demo:
โข Explore pre-loaded demo datasets (Iris, Penguins)
โข Upload your own data (CSV, Parquet, Excel)
โข Create your dashboard
โข Play with real-time updates & filtering
Meet Melanie Schneider, an ARISE fellow studying protein flexibility & drug adaptability.
Her project leverages @emblebiโs expertise in bioinformatics & @EMBLGrenobleโs competence in structural biology.
Read more about her experience as an ARISE fellow๐
https://t.co/8lHE9H974o
Founded half a century ago, Europeโs life sciences laboratory continues to champion innovative scientific research, services, technology development, & training, with support of its member states.
Join us as we celebrate our birthday this week #EMBL50๐
https://t.co/bvLtAd7Vn1
I am so very excited to share that my PhD work exploring somatic structural variation in healthy human HSPCs has now been published in @NatureGenet! So grateful to everyone involved for their hard work.
https://t.co/7jsB6H3iYA
A short ๐งต on our findings in this fun project:
Exciting Announcement!๐ข After a decade of growth as a computational biologist and genome explorer, I am thrilled to return to where it all began ๐. In January 2024, I will be joining @CRGenomica in #Barcelona as independent fellow and team leader. [1/5]
7/ ๐ Thanks for following our twittorial on MosaiCatcher v2! Have questions or want to discuss more? Feel free to comment or DM! GitHub code: https://t.co/1St3pBmrQl
Excited to publish MosaiCatcher v2! A cutting-edge snakemake workflow for Structural Variation (SV) detection at the single-cell level using Strand-seq data. Dive into our twittorial to learn more! ๐งต
Many thanks to @JanKorbel5 & Marco Cosenza ! #EMBL
https://t.co/qKZT02TsK1
6/ ๐ Bonus feature: it is also possible now to directly compute in MosaiCatcher v2 ready-to-use UCSC & IGV sessions to load your Strand-seq data (Watson & Crick read counts, as well as SV calls) on your favourite genome browser
#IGV#UCSC