Birs- 19w5080: Bridging Cellular and Tissue Dynamics from Normal Development to Cancer: Mathematical, Computational, and Experimental Approaches

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    Stochastically Organizing the Early Mammalian Embryo

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    Mechanochemical coupling and pattern formation at cell and tissue scales

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    Spreading Mechanics and Differentiation of Astrocytes During Retinal Development

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    Simulating cancer systems biology with PhysiCell: customized simulators, model exploration, and machine learning

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    Reproducible Virtual Tissue Simulations—Opportunities and Challenges

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    Quantitative frameworks for understanding cancer cell invasion through in-vitro scratch assays

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    Dynamic and mechanosensitive properties of nascent adhesions

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    Turing’s theory for morphogenesis: past, present and future

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    Ductal Microinvasions: Cell and Matrix Interactions in Normal and Cancerous Tissues

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    Feedbacks between spindle mechanics, geometry and microtubule polarity sorting ensures rapid and precise spindle assembly

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    Mathematical modeling of cell shape and collective cell behavior due to cell-ECM cross-talk

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    Mathematical Modeling of the Immune-Mediated Theory of Metastasis

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