Okuda Lab/奥田研, focusing on mechanics in multicellular systems by interdisciplinary approaches. 発生/再生/がん等、多細胞の機能的な力学過程についての原理的な理解を目指し、生物/物理/機械工学の融合アプローチで挑んでいます。
Excited to share our new preprint: "Divergent mechanics of inner ear morphogenesis are coupled to developmental tempo over vertebrate evolution". Led by Dr. Kuroda & Dr. Horiguchi, revealing mophogenetic processes and mechanics yielding conserved organ.
https://t.co/ElKg4ItviV
A brief note on these positions:
They were created through a 5-year extension of our institute’s WPI grant, part of a key Japanese government initiative.
Although titled “Specially Appointed Assistant Professor,” they are closer to postdoc positions overseas. The salary is competitive for postdocs at regional Japanese universities, though exchange rates may make this hard to judge. The initial term is 3 years, with possible extension depending on circumstances, and many PIs hope excellent members will stay long term.
Japan’s life and research culture differ from abroad, but NanoLSI is international and welcoming, with over 30% of researchers from overseas.
Kanazawa is known as a “Little Kyoto,” rich in traditional culture, surrounded by mountains and sea, and famous for its food. It is also a lively city of 450,000 with good access to Tokyo and Osaka, and has many devoted fans.
NanoLSI’s PIs are approachable. Although the institute may not yet be widely known globally, its PIs have strong achievements and exciting research programs. Please feel free to contact us if interested.
Excited to share our new preprint, "Computational Design for Engineering Layered Tissue Architectures via Cell-Cell Interfacial Tension Modulation." Led by Chayanit, this proposes a recursive design strategy for engineering multilayered tissues.
https://t.co/fkdeODcFpf
We’re excited to host the international symposium “Physical Biology of Multicellular Dynamics” in Kanazawa, March 12–13, 2026.
Join us and be part of the discussion!
Registration deadline: January 31, 2026
https://t.co/5jYMyO56JP
Excited to share our new preprint: "An antiparallel cell circulation driven by self-alignment induces phase separation." Led by Ryunosuke Karimata. We report a novel mechanism of cell sorting driven by collective cell movement.
https://t.co/6G4jjv7vwr
@aki_teranishi received the "Best Presentation Award for Young Scientists" at Joint Meeting of JSCB 77th & JSDB 58th! 寺西亜生が日本細胞生物学会・日本発生生物学会合同大会にて「Best Presentation Award for Young Scientists」を受賞しました!
New paper, "Strain softening and hysteresis arising from 3D multicellular dynamics during long-term large deformation," is now published in "J Mech Behav Biomed Mater." Fantastic collaboration with K Tsubota, S Horikoshi, @HiraiwaTetsuya.
https://t.co/3SSTW0xc7c