Uncovering Mechanisms of Pattern Formation and Emergent Collective Behaviors in Myxobacteria

Uncovering Mechanisms of Pattern Formation and Emergent Collective Behaviors in Myxobacteria

ICTP-SAIFR via YouTube Direct link

Mechanical interactions

27 of 37

27 of 37

Mechanical interactions

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Uncovering Mechanisms of Pattern Formation and Emergent Collective Behaviors in Myxobacteria

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  1. 1 Introduction
  2. 2 What is your research about
  3. 3 What is your motivation
  4. 4 What is your favorite bacteria
  5. 5 Engines
  6. 6 Chemical signals
  7. 7 Multicellularity
  8. 8 Learning from data
  9. 9 Fluorescent microscopy
  10. 10 Behavioral case
  11. 11 Traffic jam model
  12. 12 Traffic jam effect
  13. 13 Datadriven models
  14. 14 Selforganized behavior
  15. 15 Open loop model
  16. 16 Projection
  17. 17 Collective Cell Alignment
  18. 18 Active Matter
  19. 19 Selfpropelled rods
  20. 20 Spring and North model
  21. 21 Collision
  22. 22 Simulation
  23. 23 Experiments
  24. 24 Orientation Memory
  25. 25 Selforganized patterns
  26. 26 White spaces
  27. 27 Mechanical interactions
  28. 28 The neighbors in cells
  29. 29 Bacteria cannot actively steer
  30. 30 Coarse grain approaches
  31. 31 How bacteria grow
  32. 32 Pneumatic alignment
  33. 33 How do they know
  34. 34 Contract signal
  35. 35 Aggregates
  36. 36 Conclusion
  37. 37 Alignment

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