Pattern Formation in Biology - Lecture 4

Pattern Formation in Biology - Lecture 4

International Centre for Theoretical Sciences via YouTube Direct link

Equations for the conserved fields

8 of 28

8 of 28

Equations for the conserved fields

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Pattern Formation in Biology - Lecture 4

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  1. 1 Pattern Formation in Biology Lecture 4
  2. 2 HYDRODYNAMICS Extension of thermodynamic
  3. 3 HYDRODYNAMIC THEORIES
  4. 4 Einstein fluctuation formula
  5. 5 How does the entropy change?
  6. 6 General idea
  7. 7 Classical examples
  8. 8 Equations for the conserved fields
  9. 9 Conservation laws
  10. 10 Momentum conservation
  11. 11 Angular momentum
  12. 12 Chemical concentration
  13. 13 Chemical reactions
  14. 14 Orientational degrees of freedom
  15. 15 Simple isotropic fluid
  16. 16 HYDRODYNAMIC FIELDS
  17. 17 CONJUGATE FIELDS
  18. 18 Cytoskeleton : Force-generator
  19. 19 The actomyosin cortex of cells
  20. 20 Hydrodynamics of active gels
  21. 21 Hydrodynamics of the actomyosin cortex
  22. 22 Useful picture...?
  23. 23 Pattern formation in active fluids
  24. 24 Stationary patterns in the cortex
  25. 25 Questions
  26. 26 Force balance
  27. 27 Active pulsatory patterns - 2 species
  28. 28 Q&A

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