Bagnat Lab
@bagnatlab.bsky.social
180 followers 22 following 18 posts
Interested in understanding the role of basic cellular processes in shaping tissues and organs! Located at Duke University https://sites.duke.edu/bagnat/
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bagnatlab.bsky.social
Hello from the Bagnat Lab! ✨

We’re diving into the mysteries of organ development and physiology using zebrafish as our tiny research heroes 🐠.

Follow us for updates on our discoveries, lab adventures, and the occasional fish pun (because science should make a splash and a smile).
BAGNAT LAB
sites.duke.edu
bagnatlab.bsky.social
What an important finding on how lipid asymmetry is maintained in membranes that has important biological implications! Well done!
Reposted by Bagnat Lab
zebrafishrock.bsky.social
Congrats, Dr. Childers 🎉 #YouRock #PhDone
bagnatlab.bsky.social
Congratulations to Dr. Laura on her hooding ceremony this past weekend! Laura has been an invaluable member of our lab, and we hope the ceremony honored her complex journey to completing her Ph.D.- very well deserved Laura!

#grad2025 #dukeuniversity
bagnatlab.bsky.social
Congratulations to Dr. Laura on her hooding ceremony this past weekend! Laura has been an invaluable member of our lab, and we hope the ceremony honored her complex journey to completing her Ph.D.- very well deserved Laura!

#grad2025 #dukeuniversity
bagnatlab.bsky.social
Impressive paper demonstrating targeted nucleotide substitution and 3- 30bp addition successfully in zebrafish!
bagnatlab.bsky.social
Exciting paper from our collaborator! Using sophisticated laser ablation studies, Wu et al find that early mitotic events in specific Kupffer’s Vesicle cells are crucial for morphogenesis and lumen formation.

Check it out! doi.org/10.1242/dev....
Specific mitotic events drive left-right organizer development
Cell proliferation is crucial for tissue development. Here, we investigate its role in the Left-Right Organizer (LRO), which establishes the left-right (LR) axis. In zebrafish, we mapped mitotic event...
doi.org
bagnatlab.bsky.social
This is fantastic! Beautiful work showing a striking adaptive growth of the mammalian female gut during pregnancy.
bagnatlab.bsky.social
Exciting new toolkit with multiple applications!! Congratulations 🥳
bagnatlab.bsky.social
Wondergrads Claudia (left) and Reed (right) presented at Duke's Undergraduate Research Symposium! Congratulations on some great work!

#scisky #academicsky #undergradresearch
bagnatlab.bsky.social
Very interesting manuscript linking cell division asymmetries with zygotic genome activation (ZGA). It will be interesting to find out how factors involved in ZGA are affected by changes in nucleocytoplasmic ratios. Congratulations!
bagnatlab.bsky.social
#HiSciSky #scisky #academicsky #zebrafish

Excited to announce our lab's preprint has been officially published! Discover how gut cells and the microbiome regulate protein absorption in zebrafish!
elifesciences.org/reviewed-pre...
@elife.bsky.social
@zebrafishrock.bsky.social y.social
Protein absorption in the zebrafish gut is regulated by interactions between lysosome rich enterocytes and the microbiome
elifesciences.org
bagnatlab.bsky.social
Holiday party! Nothing fishy here, just good food and great company. (psss. isn't our elf adorable?)
#holidayparty #sciencefun
bagnatlab.bsky.social
Hello from the Bagnat Lab! ✨

We’re diving into the mysteries of organ development and physiology using zebrafish as our tiny research heroes 🐠.

Follow us for updates on our discoveries, lab adventures, and the occasional fish pun (because science should make a splash and a smile).
BAGNAT LAB
sites.duke.edu