ポスドクを募集しています！！ 発生・進化・がんに関わる多細胞の力学、特に形態形成や機能発現の原理を、実験・計測・数理のいずれかor複数のアプローチで解明したい方、3DVモデルやAFM等の技術を習得・開発したい方、期間中にPD等へ積極的に応募いただける方を歓迎します！ https://t.co/3ELJtg0yRt

今年度、堀口さんがさきがけ、詩丘さんと寺西さんが学振DC2、さらに来年度から加わる小暮さん（堀田研）が学振PDに採択されました！

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

2026年3月に金沢にて多細胞の物理に関する国際シンポジウム「Physical Biology of Multicellular Dynamics」を開催します！ぜひご参加ください！ 日時：2026年3月12–13日 会場：金沢大学 未来知実証センター 登録締切：2026年1月31日 https://t.co/5jYMyO56JP

学術変革A生体秩序の領域会議にて、深町崇耶が「ポスター発表賞」をいただきました！Shuya Fukamachi received the "Poster Presentation Award" at the TFRA conference! Congratulations!!

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

Satoru Okuda received the "JSDB Frontiers Prize"! 奥田覚が「JSDB Frontiers Prize」を受賞しました！ https://t.co/nrzeRDiSiZ

お花見ツアー🌸 Tour of cherry blossoms, library visit, Kenrokuen Garden stroll, and drinks in Kanazawa City!

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

金沢近辺の方へ、セミナーのお知らせ！ 2月18日(火) 14:00-15:30、清木誠 先生(山口大)をお招きし、セミナーを開催します！ 演題: YAP maintains tissue mechanical properties enabling vertebrate 3D body morphogenesis 会場: ナノ研4F 会議室1&2 事前登録: 不要 皆様のご参加をお待ちしてます！

Congratulations to @aki_teranishi for receiving the "Poster Honorable Mention" at the Annual Meeting of @PhysicalTaiwan!

Excited to share our new preprint: "Epithelium Stratifies via Nucleation and Growth Induced by Foam-Geometric Instability". Led by Fukamachi (@Neginegi_sf), we combine 3D vertex modeling, imaging, and AFM to uncover epithelial layer formation mechanics. https://t.co/XNG8gY5Ff9

@NatureComms @aki_teranishi 寺西亜生(M2)の論文を@NatureCommsに発表しました！プレス記事「細胞が作り出す留め金の仕組みを解明」も公開しています！ https://t.co/Pf7VLjrFwP

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

We deeply appreciate @roadman2005 , @yuchiunwang, Fumio Motegi, and @Phogemon for their invaluable comments and support!

拡散希望Happy to share our new paper "Evolutionary changes leading to efficient glymphatic circulation in the mammalian brain" in @NatureComms, explaining why our brain is covered with folds, and the cerebral cortex exists. Collaboration with @MechgenLab.

New paper, "Evolutionary changes leading to efficient glymphatic circulation in the mammalian brain," is now published in @NatureComms! Congratulations to Itsuki Sakai, lab's co-first author. Fantastic collaboration with @HiroshiKawasak7 & Narufumi Kameya! https://t.co/CtVH9DNZsx