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CRC 1540 Exploring Brain Mechanics
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CRC 1540 Exploring Brain Mechanics

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  • Team
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    • A01 In silico modelling of brain malformations
    • A02 Quantitative characterisation of human brain malformations
    • A03 In vitro model for the mechanics of early brain development
    • A04 The role of mechanics in orchestrating neural lineage decisions
    • A05 In vivo model for the mechanics of brain development
    • B01: In silico modelling of spinal cord regeneration
    • B02: Pre and post metamorphosis spinal cord regeneration in frogs
    • B03: The determinants of spinal cord mechanics in homeostasis
    • B04: Spinal cord mechanics in a mouse model of multiple sclerosis
    • B05: In vivo mechanical manipulation of spinal cord regeneration
    • C01: In silico modelling of mechanical cell-matrix interactions
    • C02: The role of mechanics for neuronal ‘plasticity’
    • C03: The role of matrix mechanics in synchronised neuronal activity
    • C04: Cellular differentiation in brain tissue-like matrices
    • C05: Molecular mechanisms of neuronal mechanotransduction
    • X01: Model-based reconciliation of ex vivo and in vivo test data
    • X02: Data analysis and machine learning for heterogeneous, cross-species data
    • X03: Engineering brain tissue-like matrices
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  3. Virtual EBM Breakfast Club: Project B03 Update

Virtual EBM Breakfast Club: Project B03 Update

Virtual EBM Breakfast Club: Project B03 Update

Datum: 14. April 2025Zeit: 8:30 – 9:00

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