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CNS
brain structures and spinal cord
PNS
spinal and cranial nerves
somatic
some voluntary control over such as contraction of skeletal muscles
autonomic
dont have control over such as digestion
brainstem
midbrain, pons, medulla
left hemisphere
for most people, most language,/cognition occur here (perisylvian era)
corpus callosum
hemispheres connected by, primary highway
hills
gyrus, gyri
valleys
sulcus, fissure
sylvian fissure
lateral sulcus, in each hemisphere
perisylvian area
area around sylvian fissure
central sulcus
divies frontal lobe from parietal lobe
fronal lobe
brocas area, premotor,motor, pre frontal lobe
brocas area
important for language production, ex.finding right words, organizing syntax
premotor
planning and programming motor sequences for speech production
motor
sends neural signals from the frontal lobe towards the body to produce speech
prefrontal
important for cognition, especially executive functions- planning, reasoning, organizing
parietal lobe
sensory
primary sensory
receives nerve signals about sensation from the body, important for body awareness, perception, where things are in relation to us, helps with language comprehension
temporal lobe
primary auditory, wernickes area, ventral, memory, emotion, social skills and empathy
primary auditory
heschls gyrus- process auditory ignals
wernickes area
language comprehsnion
ventral
neural pathways with visual images help recognize faces and object
occipital
visual processing, where eye send signals
occipital dorsal
on top “where” (spatial info about what you see)
occipital ventral
btotom “what” (recognize what you see)
insula
sits deep in sylvian fissure helps other parts, not a primary player for any one thing