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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

Brocas area level

of activation depends onwhen they aquired the second language

Greater cortical levels

associated with doing mental calculations in english opposed to just mandarin

Medial temporal lobe injury

caused problems for working memory the ability to process new events and facts

greater activation in front portion of middle temporal lobe

when viewing words they had studied

greater activation in psterior medial temporal lobe

when encoding new pictures

Dorsal upper cortex

involved in spatial working memory

Inferior frontal cortex

face working memory test

amodal central executive

in the left dorsolateral prefrontal cortex

Hippocampus

region in the temporal cortex involved in memory

damage to prefrontal cortex

could not hold a memory in head

Left cortex

impairment in vision decreased level of activation in

Posterior thalamus

impairment in vision enhanced activation in

Prefrontal cortex lesions

retrival of semantic or episodic memory good w/ repeated words slow w/ new words

hippocampus damage

good w/ new words slow w/ repeated words

Lesions to prefrontal area

impaired strategic processing or postretrieval monitioring

primary visual cortex

identifying real objects activated

brocas area

naming both tools and animals activated

temporal gyrus and left premotor cortex

activated by naming tools

Left medial occiptal lobe

activated by naming animals

Left temporal lobe

abnormal retrieval with animals

less blood flow to prefrontal area

in uni/bi-polar depression

greater volume of right lateral ventricle

in bipolar individuals

amydala

sometimes enlarged sometimes not

increased ventricular volumes

in schizophrenics

decreased frontal lobe volumes

in schizophrenics

consistent reductions in gray matter

in schizophrenics

prefrontal cortex dysfunction

associated with elevated dopamine levels

brain volume larger

in autistic people

mirror neuron system

encoding intentions observed in actions as well as themselves

Wernickes area and the posterior cortical system

are adapted for reading no greater activation in those with dyslexia when material got harder

disruption in psterior cortex and association cortex

encompassing both traditional visual and language regions

reduced activation in temopparital regions

in those with dyslexia