Brainstem
Oldest part of central core of brain, automatic survival functions
Pons
Sorts and relays messages between diff. sections of the brain
Medulla
Controls heartbeat/breathing, base of brainstem
Thalamus
Brain's sensory switchboards, located on top of brainstem
directs messages to sensory receiving areas in the cortex and transmits replies to cerebellum/medulla --> all senses except smell
Reticular Formation
Nerve network that travels through brainstem and thalamus, plays important role in controlling arousal
Cerebellum
processing sensory input and coordinating movement / balance, enabling nonverbal learning and memory.
amygdala (limbic)
lima bean sized neural clusters in limbic system, FEAR
Hypothalamus
lies below thalamus, reward, governs endocrine system via pituitary gland
Hippocampus
formation of new norms, learning/emotions
Cerebral cortex
intricate fabric of interconnected neural cells covering the cerebral hemisphere; body's ultimate control/information processing center
glial cells
billions of cells that protect nerve cells from deterioration
Frontal lobe
part of cerebral cortex lying just behind forehead - speaking, plans, judgements, muscle movements
Pre-frontal cortex
front part of frontal lobe - inhibitions, cognitive control functions
motor cortex
area at the rear of the frontal lobes that controls voluntary movements
Broca's area
left frontal lobe, involved in strokes, damage to it causes inability to speak, hard to get words out
Parietal Lobe
portion of cerebral cortex lying at the top of the head and toward rear, sensory input for touch and body position
somatosensory cortex
area at the front of parietal lobe, registers and processes body touch and movement
wernicke's area
damage to it disrupts understanding, jarbled mess of words, located in rear of left hemisphere
Occipital lobe
portion of the cerebral cortex lying at the back of the head
visual cortex
includes areas that receive info from the visual fields
temporal lobe
portion of cerebral cortex lying roughly above the ears - auditory information, receives info from opposite ear
Auditory cortex
auditory, speech/speech comprehension. each hemisphere receives info from the opposite ear
association areas
areas of cerebral cortex that are not involved in primary motor or sensory functions. Involved in higher mental functions like learning, speaking, thinking, cognition
brain plasticity
brain's ability to change, especially during childhood, by reorganizing after damage or building new pathways based on experience
neurogenesis
formation of new neurons