Birs- 23w5142: Mathematical Methods for Exploring and Analyzing Morphological Shapes across Biological Scales

  1. Title:
    Surface-guided computing to study 3D subcellular morphology and signal dynamics across space and time

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  2. Title:
    Revealing fundamental cell processes in mycobacteria using Long-Term Time-Lapse Atomic Force Microscopy (LTTL-AFM)

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  3. Title:
    From single to collective cell migration using geometric bulk-surface PDEs

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    Simulating cell signaling networks in realistic geometries, from dendritic spines to whole neurons

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  5. Title:
    Diffusion Maps for Shape Space Analysis

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  6. Title:
    CryoChains: Heterogeneous Reconstruction of Molecular Assembly of Semi-flexible Chains from Cryo-EM Images

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  7. Title:
    Incorporating growth models in Riemannian shape spaces

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  8. Title:
    Elastic shape analysis on the space of curves and shape graphs

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  9. Title:
    A numerical framework for elastic shape analysis of surfaces with some recent applications to human body pose

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  10. Title:
    Quantifying biological variability using appropriate data representations of microscopy image data

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  11. Title:
    Dynamics of fold formation during patterning and growth of the Drosophila wing disc

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  12. Title:
    Trace cell state transition in collective cell feature space using live cell imaging

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  13. Title:
    Annular organization of multiphase liquid droplets in the nucleus

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  14. Title:
    Outstanding Challenges for Conformational Heterogeneity Analysis in Single-Particle Cryo-EM

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  15. Title:
    Shape Recognition and Model Building in Cryo-EM with FFF

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  16. Title:
    Using cell morphology to predict senescence in H$\&$E images

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  17. Title:
    Using cell morphology to predict senescence in H$\&$E images

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  18. Title:
    Non-Euclidean Metrics for Cryo-EM Analysis

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  19. Title:
    A potpourri of multi-scale mathematical techniques

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  20. Title:
    Quantifying shape variation using quasi-conformal geometry

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