It's here!! Thank you to @flomarlow_lab, my co-authours, and of course the zebrafish 🦓📷 for contributing to and supporting all of the work that went into defining such an interesting and exciting mechanism of oogenesis💜!
https://t.co/QTMSOmFKHs
🎉Exciting news! Daniocell is now accessible via ZFIN! 4 years ago, when I started working on zebrafish with @JeffreyAFarrell, I was awestruck at the immense resource that is ZFIN. Happy to see Daniocell worthy of a place in ZFIN.
Cadherin-based adhesions put MuSCs in place
Read this Research Highlight showcasing work from Margaret Hung @mmhung22, Robert Krauss @KraussLab and colleagues @IcahnMountSinai:
https://t.co/2bREsP8Xdw
So grateful to have this out in the world! Thank you to all colleagues and collaborators for all of the work that went into this, and especially @flomarlow_lab for encouraging me to dive into some really exciting nucleolar and ribosome biogenesis biology ❤️🦓🐟!
So excited to see this out in the world!! Big congratulations and job well done to Noor and Prash @RanganLab! For what is already a lovely preprint, I'm really looking forward to reading the final version too 😍
We're excited to announce that the applications for the 2024 Advanced Research Training Courses at the MBL are OPEN!
Deepen your horizons. Deepen your understanding. Go deep at the MBL. https://t.co/9cAcnqp85e
Happy Saturday! Our preprint on how apical cadherin-based adhesion in the skeletal muscle stem cell is critical for quiescence, niche localization, and maintenance is officially online🤩
Researchers manipulate fluid dynamics in zebrafish Kupffer's vesicle to ask if fluid movement or something in the fluid governs the break in symmetry. https://t.co/U93Qh1YDO8
Perhaps you've wondered what Doritos would look like in a CT scan. We did, so here's a clump of Cool Ranch Doritos, scanned through the bag. But there's more...🧵