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thalamus
(diencephalon) controls sensory info entry into the cerebral cortex; edits, sorts, and routes stimuli
epithalamus
(diencephalon) produces melatonin
hypothalamus
(diencephalon) regulates autonomic nervous system, regulates sleep and wake cycle, regulates thirst and hunger, regulates body temp, produces ADH and oxytocin, controls secretion from anterior pituitary gland
cerebral cortex
has primary motor cortex, primary sensory cortices, multitask association areas
primary motor cortex
(cerebral cortex) plans and executes voluntary movement
primary sensory cortices
(cerebral cortex) receive and process different types of sensory input
multiple-task association areas
(cerebral cortex) regulate voluntary movement
caudate nuclei, putamen, globus pallidus
(basal nuclei) regulate voluntary movement
hippocampus
(limbic system) role in memory and learning
amygdala
(limbic system) role in behavioral expression and emotion
cerebellum
coordinates ongoing voluntary movement to reduce motor error
brainstem
had midbrain, pons, medulla oblongata, reticular formation, also other tracts of white matter involved in movement and sensation
midbrain
(brainstem) process and routes visual and auditory stimuli to thalamus, carries motor fibers from the cerebral cortex, monitors movement with the basal nuclei, mediates reflexes
pons
(brainstem) regulates breathing, sleep/wake cycle
medulla oblogata
(brainstem) involved in many autonomic functions
reticular formation
(brainstem) involved in sleep and arousal and pain transmission, role in mood regulation, maintain homeostasis of many variables