Yusuke Mori
@yusuke-mori.bsky.social
Postdoc at Duke Univ Cell Bio (Munjal lab) Interested in a self-organizes system across scales within morphogenesis and epithelial homeostasis. Previously: Ph.D.@Kyoto Univ. (Yasu Lab)
Home students, our lab would qualify for the newly minted Sir John Gurdon PhD Studentships in Developmental Biology. In case you are interested get in touch via direct message or email please. www.jobs.cam.ac.uk/job/57626/
Sir John Gurdon-TCRS PhD Studentships in Developmental Biology - Job Opportunities - University of Cambridge
Sir John Gurdon-TCRS PhD Studentships in Developmental Biology in the Gurdon Institute at the University of Cambridge.
jobs.cam.ac.uk
So proud of @yusuke-mori.bsky.social and happy to see this out. Big shout out to our collaborators @ehannezo.bsky.social and Paul Robin. Take a read if you are curious about Yap, feedbacks, the ECM, adhesion GPCRs and #morphogenesis www.nature.com/articles/s41...
A self-limiting mechanotransduction feedback loop ensures robust organ formation - Nature Communications
Developing tissues must acquire the correct shape. This study shows that mechanical feedback between the extracellular matrix and Yap sustains timely tissue growth, while Adgrg6 terminates the feedbac...
nature.com
Yusuke Mori@yusuke-mori.bsky.social · 4w agoOur work is finally out! How do organs get the right shape and size on time? Using the zebrafish inner ear canal, we show that a mechanical feedback loop between the ECM and Yap1 drives timely tissue growth, and a built-in termination system shuts it down once morphogenesis is done.
Our work is finally out! How do organs get the right shape and size on time? Using the zebrafish inner ear canal, we show that a mechanical feedback loop between the ECM and Yap1 drives timely tissue growth, and a built-in termination system shuts it down once morphogenesis is done.
A self-limiting mechanotransduction feedback loop ensures robust organ formation - Nature Communications
Developing tissues must acquire the correct shape. This study shows that mechanical feedback between the extracellular matrix and Yap sustains timely tissue growth, while Adgrg6 terminates the feedbac...
nature.com
We would like to add one or two postdocs to our lab in the next couple of years. If you are close to finishing your PhD and interested in the science we do, feel free to reach out to discuss opportunities.
Excited to share our latest! www.biorxiv.org/content/10.6... This was a highly collaborative endeavor– the best way to do science. We asked how a developing tissue achieves the right shape despite all the variability along the way. Short answer: Hydrostatic pressure. Read on for the long answer!
🐟!JOB ALERT!Duke, Durham, NC!🐟 We are looking for a research tech (our current tech is starting grad school this Fall (Yay!)). The candidate will contribute to our ongoing research projects on tissue morphogenesis using zebrafish. Please RT🙏 www.munjallab.com/join-us
Opportunities — Principles of Tissue Morphogenesis (Munjal Lab)
munjallab.com
If you're at #cellbio2025, @atmolines.bsky.social Hernan Garcia and I invite you to attend our Minisymposium “Physical Cell Biology from Molecules to Organisms” for incredible talks on epigenetic mechanical memory, viscoelasticity, cortical flows, morphogenesis, tissue wetting, size scaling, et al!
In the very first days of life, not all embryo cells are truly identical. Small differences in an enzyme called CARM1 guide the timing of cell changes that decide which cells make the embryo, and which make the placenta. buff.ly/YAZZ2Rs
Our latest preprint! Into morphogenesis, Yap, ECM, signaling, vertex models, feedbacks/robustness? There is something here for everyone. We discovered a positive feedback loop that extends inner ear canals, and a built-in mechanism that shuts it down when morphogenesis is done. tinyurl.com/464wsjhd