Birs- 24w5507: Cell and Tissue Mechanics: Modeling Meets Experiments
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Title: Active cell monolayers: Organization and flows
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Title: Modeling & simulating single cell motility optogenetic experiments
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Title: Mechanobiology of Liver Regeneration and Reconstruction
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Title: Modeling hydrogel mechanics in microfluidic cell cultures
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Title: Thermodynamically Consistent Hybrid Models for Fluid-Particle Interactions
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Title: Mechanochemobiological Instability of cells and tissues
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Title: Hydrostatic pressure and lateral actomyosin tension control basal tension in epithelia
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Title: Modelling cell contractility and migration: the roles of Rho-signaling and non-muscle myosin II isoforms
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Title: Does Oncology Need the Physics of Cancer?
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Title: Physics of Left-Right Symmetry Breaking
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Title: Cytoskeleton regulated pathogen infection
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Title: Emergent multi-scale mechanics of living cells
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Title: Friction-induced tumour budding
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Title: Junctional force patterning drives organization of the chick auditory epithelium
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Title: Anomalous diffusion in active cells
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Title: Chirality in single cell and cell collectives as an emergent property of actin self-organization
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Title: ECM-mediated Cell Migration Dynamics
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Title: Cytoskeleton dynamics: from multipolar cell division to hematopoietic stem cell homing
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Title: Mesoscale phase separation of chromatin in the nucleus and its mechanosensitivty
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Title: Environment-Stored Memory in Active Nematics and Extra-Cellular Matrix Remodeling
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