Models of Spontaneous Symmetry Breaking Through Mechanical Feedback in Single Cell Crawling

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Intervenant(s)

Pierre Sens

Institut Curie, Paris, France Models of Spontaneous Symmetry Breaking

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Emergent Non-genetic Adaptation of Phenotypic Diversity during Collective Cell Migration

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Models of Spontaneous Symmetry Breaking Through Mechanical Feedback in Single Cell Crawling

Eukaryotic Cell Gliding: Surface Actin Flows Drive Parasite Movements

Dynamics of Actomyosin Networks with Rapid Turnover

Collective Migration of Anisotropic Cells Organised by Integer Topological Defects

Mechanical Plasticity of Epithelial Cells during Collective Migration

Voir aussi

Thomas Lecuit, chaire Dynamiques du vivant

Jean-François Joanny, chaire Matière molle et biophysique

Motilité cellulaire individuelle et collective

Models of Spontaneous Symmetry Breaking Through Mechanical Feedback in Single Cell Crawling

Intervenant(s)

Pierre Sens

Événements

How Cells Make Their Own Way by Self-Generated Gradients—And Go Backwards, Too

Memory Effects in Cell Migration

Spontaneous Crawling on a Track: Two Paradigms

Genome-Wide CRISPRi Screens Reveal Distinct Regulatory Mechanisms for Varying Modes of Neutrophi…

Learning the Dynamics and Interactions of Confined Cell Migration

Optimal Collective Durotaxis through Active Wetting

Mechanics of Collective Cell Migration

External and Internal Control of Collective Border Cell Migration

From Tissue Flows to Embryonic Self-Organization

Roles of Cell-Microenvironment Communication in Tumor Invasion

The Impact of Cell Migration on Cancer Evolution

Mechanisms of Ciliomotor Control in Single-Celled Organisms

Geometry of Behavior: How Cytoskeletal Geometry Encodes Search in a Single Cell Protist

Linking Single Cell Decisions to Multicellular Predatory Behaviors in a Bacterium

Emergent Non-genetic Adaptation of Phenotypic Diversity during Collective Cell Migration

The Evolution of Animal Cell Motility

The Response of Immune Cells to Physical Deformation

Models of Spontaneous Symmetry Breaking Through Mechanical Feedback in Single Cell Crawling

Eukaryotic Cell Gliding: Surface Actin Flows Drive Parasite Movements

Dynamics of Actomyosin Networks with Rapid Turnover

Collective Migration of Anisotropic Cells Organised by Integer Topological Defects

Mechanical Plasticity of Epithelial Cells during Collective Migration

Voir aussi