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31 Cards in this Set

  • Front
  • Back
Hemispheric Lateralization
- Right Side
"creative"
-musical & artistic awareness
-spatial and pattern perception
-FACE RECOGNITION
-emotional part of speech
central sulcus of frontal lobe
separates frontal and parietal lobes
Primary motor cortex
= ** PRECENTAL GYRUS
-directs voluntary muscle movement
-contains a map of all skeletal muscles
broca's speech area
primarily located in left hemisphere-produces speech
- EPRESSIVE (MOTOR, NON-FLUENT) APHASIA
---ANOMIA (INABILITY TO NAME OBJECTS)
-patient aware of deficit
primary somatosensory cortex
= POSTCENTRAL GYRUS
-receives somatic sensory information from skin receptors, joints and muscles
hemispheric lateralization
left side
"analytical"
-spoken and written LANGUAGE
-numerical and scientific skills
-reasoning
pyramidal neurons function
they project using the INTERNAL CAPSUL to synapse in the brainstem or the spinal cord
they talk to the neurons that contact the muscles
(the don't directly synapse on the muscles)
premotor cortex
planning of motor activities
two regions
-frontal eye fields
-Broca's speech area
syndrome of hemineglect
stroke to the right parietal association cortex results in the patient disregarding the left side of their body
primary auditory cortex
receives sound info, sorts by frequency (tonotopic map)
-pitch and rhythm
receptive aphasia
-language comprehension is affected
-nonsensical speech/pt is unaware
-anomia, impairs repetition and non fluent reading
-apraxia
wernicke's speech area
primarily located in left hemisphere-
speech comprehension
apraxia
inability to execute motor activity based on verbal command
what is found in the frontal lobe?
Broca's area
Frontal eye field
prefrontal cortex
premotor cortex
primary motor cortex
what is found in the occipital lobe?
primary visual cortex
what is found in the parietal lobe
primary somatosensory cortex
wenicke's area
what is found in the temporal lobe?
limbic lobe
primary auditory cortex
primary motor cortex
responsible for fine motor control
prefrontal cortex
responsible for vague limbic functions (personality)
premotor cortex
responsible for motor planning
primary somatosensory cortex
responsible for detecting find sensory information
primary visual cortex
damage results in blindness
wenicke's area
damage results in fluent (receptive, sensory) aphasia
frontal eye field
damage results in deviation of eye to side of injury
somatosensory association cortex
damage results in syndrome of hemineglect- in which individuals avoid the left side of objects
ex) only copying info from the left side of a paper
broca's area
damage results in non-fluent (expressive, motor) aphasia
anomia
when someone can't name something
apraxia
can't execute a motor activity based on verbal command
aphasia
is a problem with one's language
motor/expressive
broca's aphasia, when one can't talk
sensory/receptive
wenicke's aphasia, can't understand
ex)reading