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34 Cards in this Set
- Front
- Back
Broca/Wernickesa |
areas involved in sign language although not the only ones |
|
Brocas area activation |
when percieving ASL sentences contradicts the assumption that it is only involved in speech production |
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Brocas area level |
of activation depends onwhen they aquired the second language |
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Greater cortical levels |
associated with doing mental calculations in english opposed to just mandarin |
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Medial temporal lobe injury |
caused problems for working memory the ability to process new events and facts |
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greater activation in front portion of middle temporal lobe |
when viewing words they had studied |
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greater activation in psterior medial temporal lobe |
when encoding new pictures |
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Dorsal upper cortex |
involved in spatial working memory |
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Inferior frontal cortex |
face working memory test |
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amodal central executive |
in the left dorsolateral prefrontal cortex |
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Hippocampus |
region in the temporal cortex involved in memory |
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damage to prefrontal cortex |
could not hold a memory in head |
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Left cortex |
impairment in vision decreased level of activation in |
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Posterior thalamus |
impairment in vision enhanced activation in |
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Prefrontal cortex lesions |
retrival of semantic or episodic memory good w/ repeated words slow w/ new words |
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hippocampus damage |
good w/ new words slow w/ repeated words |
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Lesions to prefrontal area |
impaired strategic processing or postretrieval monitioring |
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primary visual cortex |
identifying real objects activated |
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brocas area |
naming both tools and animals activated |
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temporal gyrus and left premotor cortex |
activated by naming tools |
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Left medial occiptal lobe |
activated by naming animals |
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Left temporal lobe |
abnormal retrieval with animals |
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less blood flow to prefrontal area |
in uni/bi-polar depression |
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greater volume of right lateral ventricle |
in bipolar individuals |
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amydala |
sometimes enlarged sometimes not |
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increased ventricular volumes |
in schizophrenics |
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decreased frontal lobe volumes |
in schizophrenics |
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consistent reductions in gray matter |
in schizophrenics |
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prefrontal cortex dysfunction |
associated with elevated dopamine levels |
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brain volume larger |
in autistic people |
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mirror neuron system |
encoding intentions observed in actions as well as themselves |
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Wernickes area and the posterior cortical system |
are adapted for reading no greater activation in those with dyslexia when material got harder |
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disruption in psterior cortex and association cortex |
encompassing both traditional visual and language regions |
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reduced activation in temopparital regions |
in those with dyslexia |