Neural substrates of language Flashcards

1
Q

The frontal lobe contains

A

Primary somatomotor cortex
Precentral gyrus

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2
Q

The parietal lobe contains

A

Primary somatosensory cortex
Postcentral gyrus

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3
Q

The temporal lobe contains

A

Primary auditory cortex
Transverse temporal gyri

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4
Q

The occipital lobe contains

A

Primary visual cortex
Cuneus and lingual gyrus

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5
Q

The primary cortex is the primary site of raw info ___ and direct ___ to effectors of the body

A

Input, output

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6
Q

What is the function of the motor association areas?

A

Organizing and planning actions (planner)

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7
Q

What is the function of the sensory association areas?

A

Interpreting and making sense of incoming sensory information (interpreter)

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8
Q

What are the frontal association cortices?

A

Premotor regions
Frontal eye fields
Prefrontal cortex
Broca’s area***

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9
Q

What is the frontal association area that is important for language?

A

Broca’s area

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10
Q

Where is Broca’s area located?

A

Ventral lateral
Inferior frontal gyrus
Pars triangualris, pars opercularis

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11
Q

What is the function of Broca’s area?

A

Motor programming for speech
Processing phonological and syntactic information
Verbal working memory
Lexical semantic processing

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12
Q

What happens with deficits to Broca’s area?

A

Deficit in production of language
Content words better
Nouns better than verbs
Agrammatism (telegraphic speech because function words are left out)
Apraxia of speech

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13
Q

What is the temporal association cortex area that is important for language?

A

Wernicke’s area in superior temporal gyrus

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14
Q

What is the function of Wernicke’s area?

A

Auditory association
Make sense of auditory information
Language comprehension
Lexical/semantic processing

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15
Q

Temporal association cortex: the medial temporal gyrus is involved with

A

Lexical/semantic
Comprehension

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16
Q

The anterior temporal lobe is involved with

A

Emotion in language
Lexical/semantic
Syntactic processing

17
Q

Temporal association cortex: the inferior temporal gyrus is responsible for

A

Object recognition (the ventral stream or the what stream)

18
Q

What happens with damage to the inferior temporal gyrus?

A

Visual agnosia: lack of visual knowledge
Prosopagnosia: lack of facial recognition

19
Q

What is Wernicke’s aphasia?

A

Fluent output with comprehension deficits
Semantic paraphasias: switch words with related meaning such as dog for cat

20
Q

Parietal association cortex: supramarginal gyrus function

A

Phonological processing
Sound to articulation mapping

21
Q

Parietal association cortex: angular gyrus function

A

Semantic processing
Sentence comprehension, reading, math

22
Q

What are the three types of white matter tracts?

A

Association: connect areas within same hemisphere
Commisural: connect adjacent areas across hemispheres
Projection: project from cortex to lower part of brain or brainstem or spinal cord, can be afferent or efferent