A bit late to social network but hopefully still on time to say it was wonderful to work with @SarahStucchi, @GajaMatassa and all the other authors of this paper. Also check out how beautiful the artwork from Philipp Dexheimer https://t.co/iLs18YjAto
NewPreprint alert 📢
Thrilled to share our new work: A molecular cell atlas of endocrine signalling in human neural organoids
📄 Paper: [https://t.co/vFMmV1dn2h]
💻 Github: [https://t.co/co5XF1z2q9]
Eager to know more? 👉🧵
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🌟 Join us at the Neurogenomics Conference to explore neurodevelopment, brain evolution, neurodegeneration, stem cell and organoid disease modelling, and more!
Register by 31 Mar https://t.co/9TUAzJqjsM
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!🎨
📢 Paper alert! Our paper on cortical brain organoids multiplexing is out @naturemethods.
https://t.co/5OzaItMkS2
Together with the Research Briefing https://t.co/cjeZGfqn9E /1
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 :)
https://t.co/EMlAhu2aj6
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.
https://t.co/uzdlxV644S
✍️ It's International Day of Epidemic Preparedness, and we've asked our #NeuroCOV partners to share what they've learned from the #COVID19 pandemic with us.
👇 Read Alessia's words below and find more here:
https://t.co/nqeNa859GV
@v_ale_nti@humantechnopole#NeuroCOVID
I am thrilled to announce I am now a @semm_it @LaStatale PhD student in Computational Biology🧬in @gtesta72 Lab🧠at @humantechnopole. Thanks to the @HorizonEU RE-MEND project, I will study EDC-induced alterations causing mental illness via various computational approaches 💻.
#NewPreprint alert 📢
Thrilled to share our work on multiplexing cortical brain organoids for the longitudinal dissection of developmental traits at single cell resolution
https://t.co/x47Uh4qUaT
paving the way towards in vitro epidemiology.
Eager to know more? 👉🧵
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May will be a terrific month for #endocrine#neuroscience in our lab @humantechnopole#Neurogenomics@LaStatale, with interdisciplinary exchanges at great meetings around the world. Proud of our diverse community of flourishing young scientists 🏳️🌈 Here a 🧵of events not to miss
The Deep Learning 4 Microscopy Image Analysis (DL4MIA) course @humantechnopole is in full flow...
We started yesterday and this is the first moment I can tweet about it.
Students are amazing... and the combo of @gather_town and @Zoom a real winner!
This will grow into a 🧵...