Complex Systems and the Brain: From Networks to Dynamics and Function

Complex Systems and the Brain: From Networks to Dynamics and Function

Santa Fe Institute via YouTube Direct link

Relating Structural and Functional Connectivity

18 of 22

18 of 22

Relating Structural and Functional Connectivity

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Classroom Contents

Complex Systems and the Brain: From Networks to Dynamics and Function

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  1. 1 Intro
  2. 2 Outline
  3. 3 Network Science
  4. 4 Extraction of Brain Networks from Empirical Data
  5. 5 Networks - Microscale: C. elegans
  6. 6 Networks - Microscale: Mouse Retina
  7. 7 Networks - Drosophila Brain
  8. 8 Networks - Mouse Connectome
  9. 9 Networks - Rat Cerebral Cortex Connectome
  10. 10 Networks - Macaque Cortex
  11. 11 Networks - Common Properties
  12. 12 Mapping Human Brain Structural Connectivity
  13. 13 Network Analysis of the Connectome
  14. 14 Hubs in the Human Connectome
  15. 15 Modules, Cores, and Rich Clubs
  16. 16 Rich-Club Organization of the Human Connectome
  17. 17 Brain Dynamics
  18. 18 Relating Structural and Functional Connectivity
  19. 19 Connectome-Based Models of Functional Connectivity
  20. 20 Connectome-Based Models for Functional Connectivity
  21. 21 Models of Communication Dynamics in the Brain
  22. 22 Summary and Conclusion

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