Our lab day out was a blast🥳! Ice skating, bowling, and the delicious food left us buzzing with joy❤️. Looking forward to more fun times ahead!#labdayout#teamfun
Our PhD student @Freyna_STEM did a stellar job presenting @fischericke amazing work on Interface Surveillance at #EDRC2023. Please check out the preprint https://t.co/T3TNQ5FZ3x Kudos to Friedericke, Anna & team! 👏
Still buzzing from the vibrant energy at #EDRC2023 in Lyon! Engaging presentations, insightful discussions, and meeting brilliant minds - an enriching experience. Huge thanks to the organizers! Looking forward to #EDRC2025 🔬
#TissueDamage induces spatially distinct patterns of #senescent & #proliferative cell behaviors; this allocates distinct cellular tasks required for tissue repair, driven by mutual repression between JNK/AP-1 & JAK/STAT signaling @classenlab#PLOSBiology https://t.co/6ZRfJzOJWL
Unveiling Paracrine Organizers in action! Discover how chronic wounds and tumors balance senescent & proliferative responses by avoiding coexistence of JNK/AP-1 & JAK/STAT signaling in Drosophila. Read our latest work for insights into spatial organization.https://t.co/d1nCtER3eB
Bertie Göttgens, hematologist & stem cell researcher at @Cambridge_Uni, joins our Lecture Series: From early blood development to quantitative tissue models
📅Thursday, May 25th, 2023, 1pm
🚩@mpi_ie Lecture Hall
Thanks to @MCRomeroMulero, IMPRS-IEM & @RTG_MeInBio for organizing.
Vincent Mirouse @GReD_Clermont and I wrote about an awesome preprint by @classenlab:
In preprints: get to know your neighbours – cell interface surveillance through a molecular zip code
This perspective also contributed to the Forest of Biologists!🌳
https://t.co/ZVsc5WczL4
Have you also been wondering how epithelial cells are able to detect a ‘suspicious’ cell in their midst?
Follow the link to the whole story and the thread for a summary and a simplified version. 1/13
https://t.co/T3TNQ5FZ3x
#devbio#tumor#axonguidance#cellcompetition#SFB850
Eya controls bilateral affinity at the germline-soma interface to generate self-organizing inter-lineage units that ensure oocyte maturation. @VanessaWeisste @classenlab
https://t.co/PoveUpWiYl
Excited to share that our study on how cell-cell affinity between two cell lineages locally controls cell shapes and globally drives self-organization of an entire tissue is out now in @NatureComms.
#selforganization#morphogenesis#oogenesis#Drosophila
https://t.co/ey6ZPC3jTQ
Check out our new preprint, where we demonstrate that differential affinity between cell lineages is sufficient to drive the complex assembly of inter-lineage functional units and underlies tissue self-organization in Drosophila oogenesis.
https://t.co/5EKiurkuuO
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Interested in how abnormal cells are eliminated from tissues? Check out our new preprint on how JNK signalling at interfaces between two cell populations drives elimination, and how this surveillance system is evaded by oncogenic RasV12 clones: https://t.co/WWzBFmceDg
Hey FlyFriends🙂
Happy to join #Dros22. If you are interested in spatial signaling during regeneration check out poster Nr 405V by @JanV_Jaiswal.
And come see talk Nr 173 by @VanessaWeisste on how germline and soma control their interaction with each other to drive oogenesis.