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Mechanochemical control of digit emergence

Multicellular movement underlies multicellular morphogenesis and homeostasis during development. While genetic programs pattern multicellular movements through biochemical signaling pathways that act within and between cells, it remains not fully elucidated how self-organized patterns of multicellular movements emerge from dynamic mechanochemical interactions across molecular, cellular and tissue scales. In this symposium, we aim to understand the common and divergent systems underlying the mechanism governing the emergence of patterns of multicellular movements during development through comparing studies across various tissues and animals.

[Transformative Research Areas (A)] Mechanochemical crosstalk in multicellular movement during development

The 76th Annual Meeting of the Japan Society for Cell Biology

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[2A14]Mechanochemical control of digit emergence

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