Very grateful to have been part of the team trying to figure out the function of the 'cryptic rhythms' we found in the small intestine! It turned out these signalling oscillations encode information for cell fate decision! Check out below how we discovered this! ⬇️
🎉 Our paper is out today in @ScienceMagazine!
How does the intestine maintain the right balance of cell types? We find that signalling rhythms matter!
So proud of our three shared first authors, Sonja Weterings, @HiromuneEto & @jddeleede!
🔗 https://t.co/FGTizqkTZk
How do embryos ensure precise tissue patterning? It’s all about timing cell divisions! Our new preprint reveals how cell proliferation syncs with signalling oscillations to regulate precision of somite formation and growth. Check the full story: https://t.co/ZBxdOXbXGB
Ever wondered how stem cells ensure a balance between cell fates in the gut?⚖️Turns out, they’ve got rhythm!🎶Our latest research reveals that NOTCH-driven oscillations regulate stem/progenitor cell abundance and specify secretory subtypes. Check it out: https://t.co/qvEsbAbx5O
I am excited to share that we recently published a review in 'Current Opinion in Systems Biology'. Here we summarize and discuss recent advances in somitogenesis research.
This was very fun to write, thank you @SonnenKatharina for the opportunity!
https://t.co/rlL7hXn75W
Hes genes are dynamically expressed in many tissues. But how do dynamics differ between tissues and are they always oscillatory?
We have addressed this question in the context of the developing embryo, where somites and neural tube form side-by-side.
https://t.co/sj3gPFB9Ph
It is a pleasure to highlight this paper by @MDiazCuadros and Olivier Pourquié et al., in which they show that mass-specific metabolic differences affect developmental time in mouse and human somitogenesis: https://t.co/g2SK8JqbYC
Kom van dat dak af, zong Peter Koelewijn. Maar deze toeschouwers vinden het uitzicht waarschijnlijk te mooi. https://t.co/0TR5eDsuxR #LaVuelta22#Utrecht
I still can’t believe it!! Phenotypic landscape of 400k intestinal organoids. The 3k compound fingerprints allowed us to infer the first map of functional interactions and to translate our findings into intestinal regeneration in vivo
https://t.co/uflBqrBKTd
This week on the Nature cover: Gut profiles. Screen of intestinal organoids reveals mechanisms of tissue regeneration. Browse the issue here: https://t.co/UIRElyEkgn
Design principles of tissue organisation: How single cells coordinate across scales🔭↔️🔬. Nice work @MariettaZinner 👩💻Ilya Lukonin 👨💻 and @priscaliberali 👩💻 ! Want to know and learn more about this topic? ➡️https://t.co/dfs7pNGa0J
https://t.co/cahljDMilD