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Wed. Dec 3, 2025

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Engineering Spatiotemporal Microenvironments to Guide Neural Tube Organoid Morphogenesis

Cells receive spatial information from mechanical and chemical signals in their environment and construct multicellular systems. Technologies that artificially manipulate the in-vitro environment are extremely useful in elucidating and reconstructing these systems. On the other hand, effective utilization of these techniques requires a thorough understanding of the systems and essential design and control of the environment. This symposium aims to explore new experimental systems by discussing technologies for manipulating environments, such as materials and devices, with molecular biology researchers.

【E】Design and control of biomimetic system for multicellualr organization

The 48th Annual Meeting of the Molecular Biology Society of Japan

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[2PS-14-01]Engineering Spatiotemporal Microenvironments to Guide Neural Tube Organoid Morphogenesis

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