I'm excited to share our new paper on synthetic pattern formation led by @Kosuke_Mizu and collaborator @hirashima0203 !
https://t.co/zm8F04M3Sd.
We have developed 3D culture system called SYMPLE3D to explore how signaling proteins generate precise tissue patterns.
This work is a collaboration with Dr. Noriyuki Kodera and Dr. Holger Flechsig @nanolsi. It's exciting to observe the nanoscale dynamics of Afamin/Wnt3a complex and imagine how the complex behave to transmit Wnt signaling. Fantastic work by Hikaru and Kosuke!
I'm excited to share our new collaborative paper on structural dynamics of Afamin and Afamin/Wnt3a complex revealed by high-speed atomic force microscopy (HS-AFM), led by Hikaru and Kosuke @Kosuke_Mizu.
https://t.co/qeCH8ZzOo9
https://t.co/FiweOmR1Au
Excited to share our collaborative work with the Kodera and Flechsig groups @nanolsi! We successfully visualized Afamin and the Afamin/Wnt3a complex using HS-AFM, revealing the critical role of the hydrophobic pocket of Afamin. Ichida-kun did amazing work!
https://t.co/mLuSPFMNMp
Please share!
Join us for our workshop titled "Multicellular Blueprint" at the Joint Annual Meeting of JSDB and JSCB on July 18! A fantastic lineup of speakers working with diverse model systems will share their latest insights into multicellular systems.
I'm very excited to share our new work in @NatureComms from @MechgenLab!
We reported an elastoplastic property of epithelia that determines the irreversibility of folding and is regulated in a mechanosensitive manner.
https://t.co/4LXURczKa1
A new paper, 'An actin bracket-induced elastoplastic transition determines epithelial folding irreversibility,' has been published in @NatureComms. Led by @aki_teranishi, the team includes Satoshi Toda (Osaka Univ) and Go Shioi (RIKEN). Reposting after accidentally deleting the original tweet... https://t.co/LHZj7qzGF5
WPI-NanoLSI and NUS's joint research group's paper was recently published in EMBO Reports‼️
@IPR_pr@SatoshiTodaLab@hirashima0203@Kosuke_Mizu
Robust tissue pattern formation by coupling morphogen signal and cell adhesion | EMBO reports https://t.co/QcEi7LL7ak
Excited to share our new study in @EMBOreports from
@SatoshiTodaLab with Tsuyoshi Hirashima (@hirashima0203)!
We showed how morphogen and cell adhesion create robust tissue domains with a sharp boundary using our original model system, SYMPLE3D. https://t.co/kt0McBz7X0