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Wed. Dec 3, 2025

Thu. Dec 4, 2025

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<sup>Embryological cellular origins and hypoxia-mediatedmechanisms in PIK3CA-driven refractory vascularmalformations</sup>

Understanding heart development, driven by dynamic cellular interactions among diverse cell types, remains a key challenge. To deepen our knowledge, a multidisciplinary approach to integrate cellular and tissue dynamics supported by both cell and non-cell autonomous principles is essential. This symposium will provide a platform for cross-disciplinary discussions on heart development, showcasing cutting-edge approaches such as spatial transcriptomics, biological imaging, and mathematical modeling.

【J】Exploring the fundamental mechanisms of the cardiac system through multidisciplinary research

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

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[3PS-13-06]^{Embryological cellular origins and hypoxia-mediatedmechanisms in PIK3CA-driven refractory vascularmalformations}

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[3PS-13-06]Embryological cellular origins and hypoxia-mediatedmechanisms in PIK3CA-driven refractory vascularmalformations

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[3PS-13-06]^{Embryological cellular origins and hypoxia-mediatedmechanisms in PIK3CA-driven refractory vascularmalformations}