PSY 2510 Learning Objectives Chapter 2 Modules 7 10 ONLY 1 Define neuron 2 Define central nervous system CNS 3 Define peripheral nervous system PNS 4 Define nerve 5 Define somatic nervous system SNS 6 Define autonomic nervous system ANS 7 Define sympathetic branch 8 Define parasympathetic branch 9 Be able to locate the parts of the nervous system on an organization chart like the one in the PowerPoint lecture and the text 10 Define dendrite and be able to locate it on the neuron diagram in the PowerPoint lecture 1 11 Define soma and be able to locate it on the neuron diagram in the PowerPoint PSY 2510 Learning Objectives 12 Define axon and be able to locate it on the neuron diagram in the PowerPoint 14 Define myelin and be able to locate it on the neuron diagram in the PowerPoint lecture lecture lecture 13 Define action potential 15 Define synapse 16 Define neurotransmitter 17 Define neuroplasticity 18 Define computed tomographic scan CT scan 19 Define electroencephalograph EEG 20 Define cerebral cortex 2 PSY 2510 Learning Objectives 21 How does the brain relate to the body In other words which half of the brain controls each half of the body 22 Define split brain operation 23 Which half of the brain is typically used more for language 24 Define frontal lobes 25 Define parietal lobes 26 Define temporal lobes 27 Define occipital lobes 28 Define medulla 29 Define cerebellum 30 Define thalamus 31 Define hypothalamus 3 PSY 2510 Learning Objectives 32 Define amygdala 33 Define hippocampus 34 Define hormone 35 Define pituitary gland Don t forget to answer the Knowledge Builder questions at the end of each module Module s to skip 11 Terms to skip spinal nerves cranial nerves axon terminals resting potential ion channels negative after potential salutatory conduction receptor sites neuropeptides neural networks reflex arc neurogenesis magnetic resonance imaging MRI localization of function clinical case study neurological soft signs electrical stimulation of the brain ESB electrode ablation deep lesioning positron emission tomography PET functional MRI fMRI corticalization lobes of the cerebral cortex primary motor area cortex mirror neurons association areas association cortex aphasia Broca s area prefrontal area prefrontal cortex primary somatosensory area cortex primary auditory area cortex Wernicke s area primary visual area cortex visual agnosia facial agnosia subcortex brainstem pons reticular formation reticular activating system RAS limbic system endocrine system growth hormone oxytocin pineal gland melatonin thyroid gland epinephrine norepinephrine adrenal glands 4