Gaja Matassa

PhD student in Bioinformatics at @humantechnopole 🧬🧠
Bioinformatics at @Polimi and @LaStatale 👩🏼‍🎓
Erasmus at @UniLeiden 🇪🇺

[Sarah Stucchi @SarahStucchi]

Thanks to #KenyuIwatsuki and @Takashima_Lab at @CiRA_KU_E for highlighting our paper in this preview on @stemcellreports.
https://t.co/jT8b5ModVE

[Gaja Matassa @GajaMatassa]

Code for the paper available on GitHub 💻👇
https://t.co/fOKV10Ik43

[Gaja Matassa @GajaMatassa]

The wonderful work with @SarahStucchi and @v_ale_nti is on the cover of the current issue of @stemcellreports! 🥳
Read it here ➡️ https://t.co/nEj6CbCDQJ

[Giuseppe Testa @gtesta72]

Cheers to Philipp Dexheimer/ https://t.co/YBw9GIgQex who instilled his art into our journey towards in vitro modelling of human pluripotency transitions through the germline 🌀 /3

[Giuseppe Testa @gtesta72]

Thrilled to share our latest paper, now out as cover story!
📄Paper: High resolution multi-scale profiling of embryonic germ cell-like cell derivation reveals pluripotent state transitions in humans: Stem Cell Reports https://t.co/r0O3VdbYFW /1

[Gaja Matassa @GajaMatassa]

Such an interesting Preview highlighting the main findings from our joint work with @SarahStucchi and @v_ale_nti! 🧬✨

[StemCellReports @stemcellreports]

Transitioning from human primordial germ cells to embryonic germ cells. New research applies multi-omic profiling to resolve their pluripotent & epigenetic dynamics, providing new insights into potential mechanisms underlying human germ cell tumorigenesis. https://t.co/iQwbDqniwL

[Gaja Matassa @GajaMatassa]

Very proud to share this amazing work with a fantastic team!

[StemCellReports @stemcellreports]

New in vitro model provides a highly tractable system to study human pluripotent & early developmental transition. High resolution multi-scale profiling of embryonic germ cell-like cell derivation reveals pluripotent state transitions in humans https://t.co/v2fl92itEV

[ESC & iPSC News @ESC_iPSC_News]

Collaborators, including Drs. Caporale, @gtesta72, & @HGLeitch, report the first fully defined system to track the #pluripotent state transitions between hPSCs and human primordial germ cells-like cells.

https://t.co/KzHAFF1b8i

[Gaja Matassa @GajaMatassa]

Me too!!!

[Nicolò Caporale @NicoloCaporale]

Cannot be more proud of our creature..

[Giuseppe Testa @gtesta72]

establishing a living atlas to ground an iterative process of continuous refinement by the scientific community.

Neural Organoid Hormonal Atlas (NOHA)
Explore it here 💻[https://t.co/co5XF1z2q9]
/16

[Giuseppe Testa @gtesta72]

Acknowledgements: a major team effort! Congrats to @RigoliMt @GajaMatassa @castaldi_davide @v_ale_nti @lessi_manuel @SarahStucchi @CarloEmanueleV1 #CristinaCheroni @SebastianoTrat @MudaBenedetta
/18

[Giuseppe Testa @gtesta72]

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? 👉🧵
1/

[Human Technopole @humantechnopole]

🌟 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

[Giuseppe Testa @gtesta72]

We made the cover! Cheers to Philipp Dexheimer https://t.co/Q3cJstAPor who instilled his art into our journey towards modelling neurodiversity at scale and kudos to the talent and passion of @NicoloCaporale @CarloEmanueleV1 @castaldi_davide @RigoliMt and all co-authors

[Human Technopole @humantechnopole]

🌟 Join us at the Neurogenomics Conference!

🧠 Dive into cutting-edge research on neurodevelopment, brain evolution, neurodegeneration, and more!

Registrations close 31 Mar – spots are limited, first-come, first-served! 👇

[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.

https://t.co/uzdlxV644S

[Alessandro Vitriolo @AVitriolScience]

Still a week left to apply! Trust the former attendees :) https://t.co/cGVG4i84XM

[Gaja Matassa @GajaMatassa]

Deadline extended to 15th of September!!!

Still 10 days to apply for this amazing course 💻🧠🧬

[Human Technopole @humantechnopole]

🥳Deadline extended!

Register by 15 Sep 👉 https://t.co/yfZkMgwInR

[Gaja Matassa @GajaMatassa]

There is still time to register! ⌛️
A truly unique course on single-cell omics analysis on the brain, with outstanding speakers and very useful hands-on sessions. I highly recommend not to miss this special opportunity!🧠💻

[Human Technopole @humantechnopole]

🧠 Are you a bioinformatician with knowledge of omics techniques? Give your research a boost with #BrainOmics 2.0, a unique interdisciplinary hands-on course on computational tools for single-cell omics data analysis with a focus on the brain.

Apply now👉 https://t.co/yfZkMgwInR

[Nicole Soranzo @nicolesoranzo]

Fantastic to have received our first @cziscience grant at @humantechnopole
to develop machine learning methods for population scale single-cell data - congrats @C_Glastonbury 💪🙌🎉🎉🎉

[Juan A. Rodríguez @jrotwitguez]

It’s finally out! 🥳 Today @cellcellpress we report non-mineral fossils of ancient chromosomes in skin from a woolly mammoth that died in Siberia, 52,000 years ago.
🦣💨
Don’t miss our thread below! 🧵👇🏽