Davide Castaldi retweetledi
Happy 30th birthday, Pokémon! Since 1996, the Japanese media sensation has inspired generations of researchers in fields as diverse as evolution, biodiversity and research integrity. go.nature.com/4tZOzKY
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Davide Castaldi
107 posts
Davide Castaldi
@castaldi_davide
PhD Student in Computational Biology. Geek. Biker.
Milan, Lombardy Katılım Kasım 2018
275 Takip Edilen142 Takipçiler
Davide Castaldi retweetledi
How does the Epstein-Barr virus drive multiple sclerosis?
summary of 3 new papers @CellCellPress
cell.com/cell/abstract/…
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Davide Castaldi retweetledi
NewPreprint alert 📢
Thrilled to share our new work: A molecular cell atlas of endocrine signalling in human neural organoids
📄 Paper: [biorxiv.org/content/10.110…]
💻 Github: [github.com/GiuseppeTestaL…]
Eager to know more? 👉🧵
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What a beautiful home for our multiplexed organoids!
Kudos to all the members of the @gtesta72 lab who contributed to the project. And a big shoutout to Philipp Dexheimer for this absolute piece of art!🎨
Nature Methods@naturemethods
Our February issue is live! 🎉 nature.com/nmeth/volumes/… On the cover, a human brain emerges from multiple stem cell lineages, representing a method to link genetic variation to neurodevelopmental trajectories. Paper here: nature.com/articles/s4159… Image by Philipp Dexheimer.
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Davide Castaldi retweetledi
📢 Paper alert! Our paper on cortical brain organoids multiplexing is out @naturemethods.
nature.com/articles/s4159…
Together with the Research Briefing nature.com/articles/s4159… /1
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Sweet conclusion to 2024! It was a challenging but worthwhile journey in the @gtesta72 lab. Special thanks (and a big hug) to @NicoloCaporale, @RigoliMt @CarloEmanueleV1 and @v_ale_nti for laying this new tile together in the brain organoids mosaic :)
nature.com/articles/s4159…
Giuseppe Testa@gtesta72
📢 Paper alert! Our paper on cortical brain organoids multiplexing is out @naturemethods. nature.com/articles/s4159… Together with the Research Briefing nature.com/articles/s4159… /1
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Davide Castaldi retweetledi
For a quick summary, read the Research Briefing on this work, here: nature.com/articles/s4159…
Nature Methods@naturemethods
The team of @gtesta72 have developed methods for multiplexing cortical organoid development to trace neurodevelopmental trajectories at high resolution and at scales. They report SCanSNP, an algorithm to deconvolve cell identities. nature.com/articles/s4159…
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Davide Castaldi retweetledi
The team of @gtesta72 have developed methods for multiplexing cortical organoid development to trace neurodevelopmental trajectories at high resolution and at scales. They report SCanSNP, an algorithm to deconvolve cell identities.
nature.com/articles/s4159…
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Davide Castaldi retweetledi
Don't miss the latest study from the @Knoblich_lab ✨
Congratulations @BosoneCamilla, @castaldi_davide, and the team!
🔗 go.nature.com/47xrrZj
IMBA imbavienna.bsky.social@IMBA_Vienna
New paper alert! The @Knoblich_Lab partnered with researchers at the @humantechnopole and @unimib to develop new brain organoids with distinct cortical areas and front-to-back patterning and study human-specific brain development and disorders. Read more: bit.ly/3ZK5wMX
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@BosoneCamilla @CarloEmanueleV1 Thank you Camilla! It was an immense pleasure.
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Thank you @castaldi_davide and @CarloEmanueleV1 for the amazing work on the scRNAseq and for all of our discussions! Your contribution really brought this project to another level, I am so happy we found each others!
Davide Castaldi@castaldi_davide
Honoured to take part in this fantastic collaborative effort from @gtesta72, @Knoblich_lab, and @krenn_veronica labs, aiming to expand modelling opportunities for human brain through polarized cortical assembloids (polCAs). Check it out on @naturemethods nature.com/articles/s4159…
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@castaldi_davide @gtesta72 @Knoblich_lab @krenn_veronica @naturemethods Congratulazioni vivissime Davide, te lo sei meritato!
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Honoured to take part in this fantastic collaborative effort from @gtesta72, @Knoblich_lab, and @krenn_veronica labs, aiming to expand modelling opportunities for human brain through polarized cortical assembloids (polCAs). Check it out on @naturemethods
nature.com/articles/s4159…
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Davide Castaldi retweetledi
The @Knoblich_lab has developed polarized cortical assembloids with the help of a localized FGF8 source. This technology allows mimicking patterning events during brain development.
@krenn_veronica @BosoneCamilla @castaldi_davide @gtesta72
nature.com/articles/s4159…
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Davide Castaldi retweetledi
Excited to share this work now published @naturemethods and to have contributed to develop this interesting model of cortical patterning. A fantastic collaborative work with another @Knoblich_Lab alumnus @BosoneCamilla , @castaldi_davide @CarloEmanueleV1 @humantechnopole
IMBA imbavienna.bsky.social@IMBA_Vienna
New paper alert! The @Knoblich_Lab partnered with researchers at the @humantechnopole and @unimib to develop new brain organoids with distinct cortical areas and front-to-back patterning and study human-specific brain development and disorders. Read more: bit.ly/3ZK5wMX
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An immense thanks to all the terrific scientists involved in the project, starting with @BosoneCamilla and @Krenn_veronica for the model conception, @CarloEmanueleV1 as a senior computer scientist, but also @NicoloCaporale, Cristina Cheroni and Thomas Burkard among the others
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Davide Castaldi retweetledi
Celebrating the talent and passion of PhD graduates @RigoliMt and @castaldi_davide @semm_it @humantechnopole @LaStatale following their remarkable scientific journeys that enriched our lab through the years and kudos to their great cosupervisors @NicoloCaporale @AVitriolScience 1
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Davide Castaldi retweetledi
The first research article from @BaggioliniA lab is finally out! I’m very proud to be part of this great work with great scientists Ryan Walsh @gabriele_ciceri @giacomelli_eli @Rittenhouse_CA @studerl and all collaborators! #organoids #stemcells #neuroscience #braindevelopment
Arianna Baggiolini@BaggioliniA
📢📢📢How can we obtain a robust outer radial glia (oRG) population in 🧠organoids from guided differentiation? Exogenous LIF does the trick. Our new paper shows that cortical pericytes are among the cell types secreting LIF. Adding pericytes to cortical organoids recapitulates oRG emergence, highlighting the importance of the microenvironment in shaping the diversity and differentiation of neural progenitor cells.
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