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9.14

Brain Structure and Its Origins

Prof. Gerald E. Schneider | Spring 2014

Science & Math Biology Cognitive Science Health & Medicine Pathology and Pathophysiology Anatomy and Physiology Health and Medicine Neurobiology

前往原始課程

CC BY-NC-SA 4.0

課程簡介

This course provides an outline of vertebrate functional neuroanatomy, aided by studies of comparative neuroanatomy and evolution, and by studies of brain development. Topics include early steps to a central nervous system, basic patterns of brain and spinal cord connections, regional development and differentiation, regeneration, motor and sensory pathways and structures, systems underlying motivations, innate action patterns, formation of habits, and various cognitive functions. In addition, lab techniques are reviewed and students perform brain dissections.

Course Information

Source	MIT 開放式課程
科系	Brain and Cognitive Sciences
Language	English
影片數	35

課程影片 (35)

1. Introduction: brain orientation, primitive cellular activities

1. Introduction: brain orientation, primitive cellular activities

2. Introduction: methods and primitive cellular activities

2. Introduction: methods and primitive cellular activities

3. Steps to the CNS of chordates, part 1

3. Steps to the CNS of chordates, part 1

4. Steps to the CNS of chordates, part 2

4. Steps to the CNS of chordates, part 2

5. Specializations in the evolving CNS, part 1

5. Specializations in the evolving CNS, part 1

6. Specializations in the evolving CNS, part 2

6. Specializations in the evolving CNS, part 2

7. Spinal cord development and anatomy, part 1

7. Spinal cord development and anatomy, part 1

8. Spinal cord development and anatomy, part 2

8. Spinal cord development and anatomy, part 2

9. Autonomic nervous system; differentiation of the brain vesicles and intro to the hindbrain...

9. Autonomic nervous system; differentiation of the brain vesicles and intro to the hindbrain...

10. Differentiation of the brain vesicles, part 1: Hindbrain and cranial nerves, specializations

10. Differentiation of the brain vesicles, part 1: Hindbrain and cranial nerves, specializations

11. Differentiation of the brain vesicles, part 2: Developmental distortions; evolution of...

11. Differentiation of the brain vesicles, part 2: Developmental distortions; evolution of...

12. Differentiation of the brain vesicles, part 3: Vertebrate forebrain evolution and organization

12. Differentiation of the brain vesicles, part 3: Vertebrate forebrain evolution and organization

14. CNS differentiation and axon growth, part 2

14. CNS differentiation and axon growth, part 2

15. Motor systems and brain states, part 1

15. Motor systems and brain states, part 1

16. Motor systems and brain states, part 2

16. Motor systems and brain states, part 2

17. Motor systems and brain states, part 3

17. Motor systems and brain states, part 3

18. Motor systems and brain states, part 4

18. Motor systems and brain states, part 4

21. Visual systems, part 1

21. Visual systems, part 1

22. Visual systems, part 2

22. Visual systems, part 2

23. Visual systems, part 3

23. Visual systems, part 3

24. Auditory systems, part 1

24. Auditory systems, part 1

25. Auditory systems, part 2

25. Auditory systems, part 2

26. Forebrain evolution

26. Forebrain evolution

27. Hypothalamus and limbic system, part 1

27. Hypothalamus and limbic system, part 1

28. Hypothalamus and limbic system, part 2

28. Hypothalamus and limbic system, part 2

29. Hypothalamus and limbic system, part 3

29. Hypothalamus and limbic system, part 3

30. Hypothalamus and limbic system, part 4

30. Hypothalamus and limbic system, part 4

31. Hypothalamus and limbic system, part 5

31. Hypothalamus and limbic system, part 5

32. Hypothalamus and limbic system, part 6

32. Hypothalamus and limbic system, part 6

33. Corpus striatum, part 1

33. Corpus striatum, part 1

34. Corpus striatum, part 2

34. Corpus striatum, part 2

35. Neocortex, part 1

35. Neocortex, part 1

36. Neocortex, part 2

36. Neocortex, part 2

37. Neocortex, part 3

37. Neocortex, part 3

38. Plasticity in brain connections

38. Plasticity in brain connections