1. 103/03/05

2. . Hatemi2013

3. 1. 2. 3.

4. Introduction to the brain

5. 1.

6.

7. peripheral nervous system (autonomic nervous system) (sympathetic nervous system) (parasympathetic nervous system) (sensory-somatic nervous system)

8. central nervous system : (Reflex) (Meninges) (Cerebral hemisphere) (Lobes) (Corpus callosum) (Cerebral cortex) (Sulci/sulcus) (Gyri/gyrus) (Ventricles)

9. 2.

10. 100,000,000,000 (sensory neuron) (motor neuron) (interneuron)

11.

12. (action potential) (resting potential)

13. Nerve impulse

14. myelin (multiple sclerosis)

15. ...... (synapse)

16.

17. neurotransmitter (neuromodulator) (receiving neuron) (sending neuron)endogenous cannabinoids (receptor) reuptake

18. (Acetylcholine) GABA (Dopamine) (Serotonin) (Norepinephrine) (Glutamate) (Neuropeptide)

19. ? (agonist) reuptake (antagonist)

20. glia cell V.S. 1. 2. 1. 3. 2. 4. 3.

21. 3.

22. Brain Anatomy and Functions

23. (Occipital lobes) (Temporal lobes) (Parietal lobes) (Frontal lobes) (Sulci) (Central sulcus) (Lateral sulcus)

24. Occipital lobes :

25. Temporal lobes :

26. Parietal lobes :

27. Frontal lobes : Phineas Gage

28. corpus callosum 200~250 :

29.

30. split-brain http://www.youtube.com/watch?v=ZMLzP1VCANo

31. subcortical area

32. limbic system : (Amygdala) (Hippocampus) (Thalamus) (Hypothalamus)

33. limbic system (Thalamus) (Hypothalamus)

34. limbic system (Amygdala) (Hippocampus) H.M. patient

35. basal ganglia (huntingtons disease) (Nucleus accumbens)

36. Brainstem : (midbrain) (pons) (medulla) (reticular formation) RAS (reticular activating system): : :

37. cerebellum :

38. ? Electroencephalograph (EEG) (MEG) Single-cell recording EEG MEG

39. ? Computer-assisted tomography (CT scan) Magnetic resonance imaging (MRI) CT scan MRI MRI image

40. ? Positron emission tomography (PET) Functional magnetic resonance imaging (fMRI) Vision construction PET fMRI fMRI image

41. 2014.03.11 12

42. MOODLE!

43. Q&A