I had the pleasure of defending my thesis on « Insights into the mechanisms of invasion and expansion of glioblastoma stem cells »🎓
A huge thank you to Dr Monique Dontenwill, Dr @avril_tony , Dr Isabelle Le Roux, and Dr @Thomas_Daubon for taking the time to evaluate my work 🙏🏼
📯 The moment we've all been waiting for!
👑 Crowned first place in this year's Top Post Countdown is Dr. Julie Gavard (@LabSoap) and team at @CNRS!
Their study explored MALT1 repression in #glioblastoma stem-like cells.
https://t.co/u3K3IeRQ3V
🧵Just in time for #FluorescenceFriday: New research from the Venkataramani lab @CellCellPress maps how brain tumor cells create extensive neural networks in glioblastoma. Check out our paper here: https://t.co/5VFr7BjeJ7 @ekinreyhann@SvenjaKTetzlaff 1/15
@LabSoap@laliguecancer These 4 years at CRCI2NA have been an unforgettable scientific and personal journey, and I am truly grateful to have grown alongside such passionate and inspiring people. 🙏🏼
I had the pleasure of defending my thesis on « Insights into the mechanisms of invasion and expansion of glioblastoma stem cells »🎓
A huge thank you to Dr Monique Dontenwill, Dr @avril_tony , Dr Isabelle Le Roux, and Dr @Thomas_Daubon for taking the time to evaluate my work 🙏🏼
I’d also like to express my deep gratitude to my thesis advisor, Dr. Julie Gavard (@LabSoap) and my colleagues in the SOAP team.
A special thanks to the Ligue contre le cancer (@laliguecancer) for funding this project and making it all possible.
New work from @Charlie_R_Bond & @Melike_Lak et al offers multiplexed DNA-PAINT super-resolution pipeline for investigating #organelle heterogeneity with single organelle resolution, identifying up to 8 subsets of late #endosomes/#lysosomes in a single cell https://t.co/ybIxwCdtIm
Le #glioblastome est la tumeur du #cerveau la plus mortelle et la plus agressive parmi les tumeurs du cerveau pour un adulte.
Les premiers résultats des travaux de l’équipe de Julie Gavard sont prometteurs. ⬇️ Vos dons permettent de faire avancer la #recherche : MERCI. 💙
Migration-dependent autolysosome exocytosis could release sEVs and maintain lysosomal homeostasis in response to #lysosome damage. From Takami Sho, Li Yu et al @Tsinghua_Uni showing that migratory autolysosome disposal mitigates lysosome damage. https://t.co/Mrm3Uu9bgC
#autophagy
Fresh off the press!👀
Check out our newest work where we show that DNA-PKcs directly binds 2'3' and 3'3'-cGAMP, regulating their bioavailability and STING-dependent signaling! DNA-PK controls cyclic dinucleotide-associated type I Interferon responses https://t.co/kKAE5PaGLa
I'm thrilled to announce that our latest study, led by the incredible @BerendSnijder and Sohyon Lee, has been published in @NatureMedicine. It has been an amazing journey and it paves the way for many future explorations
https://t.co/9TTuI37liG
Today’s Brioches Club was a cross-over between @LabSoap & #REMAP4Kids.
It was very exciting for our team to welcome @Mathilde_Krh to present her PhD work on glioblastoma stem cells. Beautiful science and awesome delivery!
Yet another indirect connection with @Thomas_Daubon 🤗