Birs- 16w5141: Modeling and Quantifying Cell Function: 25 years of Cell Mechanobiology

  1. Title:
    Biopolymer Matrices: From Fundamental Questions to Applied Goals

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  2. Title:
    Universal correlation between stiffness and volume of cells

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  3. Title:
    Mechanics, morphology, contractility, and growth

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  4. Title:
    Mechanical phase transitions and non-equilibrium behavior in biological systems

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  5. Title:
    Optimality in cell adhesion and migration in mechanically compliant microenvironments

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  6. Title:
    There’s a time and a place: Biological discovery with spatially and temporally engineered materials

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  7. Title:
    Sensing matrix rigidity: transducing mechanical signals from integrins to the nucleus.

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  8. Title:
    Integrin-based force transduction at the molecular and cellular scales

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  9. Title:
    Collective and Individual Migration in Engineered 3D Microenvironments

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  10. Title:
    How Cells Steer and Sense Migration

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  11. Title:
    2D or not 2D… what is the question?

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  12. Title:
    Learning Membrane Biophysics from Archaea

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  13. Title:
    Deciphering the Effect of Viscoelasticity on Single Cell Mechanosensing

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  14. Title:
    MYOFIBROBLAST MECHANICS

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  15. Title:
    Mechanoresponse of glioblastoma cells growing on brain-mimicking ECMs

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  16. Title:
    Integrative Cellular Mechanobiology and Biomechanics at the Primary Cilium

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  17. Title:
    The role of hydraulic resistance on confined cell migration

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  18. Title:
    Optogenetic regulation of RhoA reveals zyxin mediated elasticity of stress fibers

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  19. Title:
    Dynamic steady states and non-equilibrium phase transitions in active biological matter

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