Satoshi Toda/戸田 聡
@SatoshiTodaLab
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Trying to synthesize cell funstions by design. Synthetic biology@Institute for Protein Research, Osaka University
Joined August 2023
I'm excited to share our new paper on synthetic pattern formation led by @Kosuke_Mizu and collaborator @hirashima0203 !. We have developed 3D culture system called SYMPLE3D to explore how signaling proteins generate precise tissue patterns.
embopress.org
imageimageA synthetic biology approach termed SYMPLE3D demonstrates that cell adhesion output in response to diffusible proteins can convert a signaling gradient into binarized tissue domains with a...
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RT @Kosuke_Mizu: 細胞生物学会・発生生物学会合同大会でのワークショップ 「多細胞構造の設計図」 、いよいよ今週の金曜日です！.私は、細胞死×パターン形成に関する研究内容を初出しします！.是非たくさんの方々にご参加いただきたいです！ .
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RT @Kosuke_Mizu: 拡散希望！.7月18日(金)、名古屋で開催される細胞生物学会・発生生物学会合同大会にてワークショップ 「多細胞の設計図」 を平野咲雪さん @SayukiHirano と共にオーガナイズします。.バラエティー豊かな若手研究者が多細胞構造に関する….
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RT @Kosuke_Mizu: Please share!.Join us for our workshop titled "Multicellular Blueprint" at the Joint Annual Meeting of JSDB and JSCB on Ju….
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実験医学4月号「多細胞の合成生物学」が発行されました！このような特集の機会をいただいた実験医学さん、記事を執筆いただいた皆様に大変感謝です。細胞集団のふるまいをデザインする研究例の紹介に加えて、今後重要になってくる技術や進化の観点も取り入れた幅広いトピックの特集になっています。.
【本日発行！】実験医学4月号.●特集1：多細胞の合成生物学. 発生・分化機構を知って、創って、利用する.（戸田 聡／編）.いかにして生体組織は自律的に組み上がるのか？.細胞集団のふるまいをデザインし，自己組織化の謎と人工組織の創出に挑む. （ツリーに続きます）.
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RT @Kosuke_Mizu: 「多細胞の合成生物学」が特集された実験医学@Yodosha_EM が発行されました！ 戸田先生@SatoshiTodaLabが編者を務め、私も執筆者の一人として参加させて頂きました。昨年発表した論文.
embopress.org
imageimageA synthetic biology approach termed SYMPLE3D demonstrates that cell adhesion output in response to diffusible proteins can convert a signaling gradient into binarized tissue domains with a...
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RT @aki_teranishi: I'm very excited to share our new work in @NatureComms from @MechgenLab! .We reported an elastoplastic property of epith….
nature.com
Nature Communications - During morphogenesis, epithelial folding is irreversible, ensuring that the process proceeds in one direction. Here, the authors report that, given sufficient curvature or...
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RT @MechgenLab: A new paper, 'An actin bracket-induced elastoplastic transition determines epithelial folding irreversibility,' has been pu….
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RT @hirashima0203: Ran into @SatoshiTodaLab and we were twinning with the same shirts! No wonder our recent collab was a perfect fit!.https….
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Kosuke @Kosuke_Mizu won the Best Oral Presentation Award in the 22nd IPR retreat at Osaka Univ!! Congrats!!
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RT @nanolsi: WPI-NanoLSI and NUS's joint research group's paper was recently published in EMBO Reports‼️. @IPR_pr @SatoshiTodaLab.@hirashim….
embopress.org
imageimageA synthetic biology approach termed SYMPLE3D demonstrates that cell adhesion output in response to diffusible proteins can convert a signaling gradient into binarized tissue domains with a...
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Nice movie showing the cooperation of morphogen gradient and cell adhesion-based sorting posted by @Kosuke_Mizu . Congrats!.
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.
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Just starting X to share my lab news! We are taking synthetic biology approaches to understand and control tissue development processes.
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