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frontal lobe
at front
personality
motor cortex
movement and speech
temporal
temples
hearing sometimes memory
parietal
top and back
senses like touch and temperaure (somato)
occipital
back of the head
vision
primary visual cortex
light levels
wavelength (colour)
2d image
within the occipital lobe
visual association area
understands and interprets information using visual memory
within the occipital lobe
primary auditorty cortex
detects amplitude and wavelength
l to r and r to l
tonotopically organised
lowest freq at the front and highest at the back
auditory association area
understanding and interpreting the sound
loud sound=scary
carl wernicke (1874)
paitient=receptive aphasia
couldnt understand language
autopsy discovered damage to the left auditory association area
wernickes ares=left temporal lobe that processes langauge in the auditory association area
paul broca (1861)
paitient only said “tan”
expressive aphasia
autopsy showed damage to brocas area
left motor cortex in the left frontal lobe
motor cortex
somatopically organised
more fine motor control, more of the motor cortex is dedicated
r to l and l to r
sensory cortex
somatopically organised
more sensory info, more sensory cortex dedicated
r to l and l to r