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Major Divisions — Functional Cortex Flashcards | StudBud
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Major Divisions — Functional Cortex
Major Divisions — Functional Cortex
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1
the primary site of conscious perception of sound & recognition of speech & language in human species
inferior temporal gyrus
primary motor cortex (m1)
primary auditory cortex (A1)
medial temporal gyrus
2
the lobe known as the visual cortex; where the ventral and dorsal streams begin
parietal
occipital
frontal
temporal
3
which frontal lobe structure is important for vestibular function?
wernicke’s area
cuneus
frontal-eye fields (FEF)
broca’s area
4
a massive tract of axons located at the bottom of the longitudinal cerebral fissures is called the ____
cingulate sulcus
fornix
cingulate gyrus
corpus callosum
5
“strongly active during the direction of attention; interprets visual & spatial info during performance of action”
inferior parietal lobule
superior parietal lobule
S1
6
the primary somatosensory cortex (S1) inputs relate to steregnosis, proprioception, noxious, and thermal sensations
True
False
7
the inferior frontal gyrus uses output from the temporal association areas to
develop novel language-based responses
assign memory to a smell
develop executive planning and movement
assign emotional quality to sensory experiences that related to recognition
8
the parietal lobe is known as the multimodal sensory center of the cerebrum
True
False
9
dorsal & ventral pathways exit ___ to superior/inferior lobule for processing; also exit ___
S1; M1
A1; A2
M1; S1
S2; S1
10
____ serves as the information processing hub & center of all integrative operations of the cerebrum
thalamus
frontal lobe only
white matter
cerebral cortex
11
wernicke’s area takes raw data (lexical & phonological info) & maps it to stored info to help w/ auditory comprehension
False
True
12
the inferior parietal lobule is made of the ____ & the ____
angular gyrus; cingulate gyrus
supramarginal gyrus; calcarine sulcus
supramarginal gyrus; angular gyrus
angular gyrus; precuneus
13
which is NOT true about M1?
revives inputs from the cerebellum, basal ganglia, & pre-motor area
somatotopically organized by sensation
obtains somatosensory input from the thalamus and S1
somatotopically organized by bodily function
14
the ____ is involved important neural networks for speech & language production & comprehension
medial temporal gyrus
inferior parietal lobule
superior parietal lobule
inferior temporal gyrus
15
“the sensation of knowing where your body is in space”
proprioception
noxious
anomia
sterognosis
16
which gyrus within the inferior parietal lobule may also be involved in understanding metaphors & sensor of embodiment?
supramarginal gyrus
angular gyrus
17
the parietal lobe is linked to motor control areas of the frontal lobe & is the sensory complement to motor performance
False
True
18
the angular gyrus receives information about lines & circles taken in by the occipital lobe to decipher them into words
False
True
19
has subcortical connections to the nuclei of the thalamus, basal ganglia, reticular formation, and neuromodulary nuclei
amygdala
pars opercularis
precuneus
pons
20
which of these is NOT true about the responsibilities of the frontal lobe?
planning and execution of movement
an integrative center of signals related to cognitive abilities
capacity to place ourselves in & plan for future experiences
unable to voluntarily & adaptively inhibit instincts
21
the premotor cortex has 2 parts: the ___ & the ___
M1; S1
caudate; putamen
primary motor area; supplementary motor area
superior parietal lobule; inferior parietal lobule
22
the SMA proper (caudal) is responsible for being active in…..
simple motoric planning
memory processing
retrieval from lexicon
complex & abstract forms of planning
23
the FEF is thought to regulate conjugate saccades of the eyes.
True
False
24
the frontal lobe uses V1 inputs for executive function processes & the performance of goal directed actions
True
False
25
this area was traditionally viewed as “the seat of speech motor control activity”
wernicke’s area
broca’s area
edinger-westphal nuclei
M1
26
“name all the animals you can that start with /k/“ is an example of
phonemic category
semantic category
working memory
word retrieval
27
which temporal gyrus is responsible for hearing & auditory comprehension?
inferior temporal gyrus
medial temporal gyrus
superior temporal gyrus (A1)
28
the central sulcus separates the ___ & the ___
superior frontal sulcus; superior frontal gyrus
medial inferior lobule; inferior parietal lobule
pre-central gyrus; postscentral gyrus
pars opercularis; pars triangularis
29
no auditory stimulus but you hear something that is not there
visual hallucination
auditory hallucination
fidget
hallucination
30
the __ is involved in processing auditory & language info & reading facial emotions; may play role in hallucinations
angular gyrus
superior temporal area
inferior temporal area
supramarginal gyrus
31
the temporal association areas help assign emotional quality to sensory experiences related to object recognition by
outputting to the orbitofrontal gyrus
outputting to M1
outputting to the superior parietal lobule
outputting to the inferior frontal gyrus
32
pre-SMA (rostral) is responsible for being active in…..
simple motoric planning
pragmatic function
complex & abstract forms of planning
visual comprehension
33
“M1 homunculus: more coverage a body landmark has, the ____ neurons there are available to move that body landmark.”
more
less
34
the parietal lobe has 3 zones, which of these is NOT considered a zone within the parietal lobe?
inferior parietal lobule (caudal zone)
rostral zone (S1)
superior parietal lobule (caudal zone)
ventral zone
35
which nuclei does the the Frontal-Eye Fields (FEF) NOT project information to?
trochlear nuclei
nucleus ambiguus
oculomotor
abducens motor nuclei
36
the largest lobe in the cerebral cortex is the
frontal
temporal
parietal
occipital
37
semantic categories are best described as…
how we group things in the world
lexicon
responsible for spatial awareness
word finding difficulty
38
“discrimination of 3D objects by touch alone”
noxious
stereognosis
anomia
proprioception
39
“the where of vision; analyzes motion & spatial relationships” ; parietal info; useful for reading
ventral stream
dorsal stream
40
the temporal association areas are necessary for the
primary center of language comprehension and recognition
executive function
recognition and identification of complex stimuli
detect visual stimuli
41
the supramarginal & angular gyrus are NOT involved in reading
False
True
42
the 4 principal anatomical & functional subdivisions of the cerebral hemispheres are called
white matter
lobes
sulci
gyri
43
which gyrus within the inferior parietal lobule is involved in reading & math?
angular gyrus
supramarginal gyrus
44
which premotor cortex sub-area is used for limb movements & may be useful for writing?
supplementary motor area (SMA)
primary motor area (PMA)
45
the parietal lobe discriminates special senses
False
True
46
the cerebrum, split into 2 hemispheres called the cerebral hemispheres, are split by the _____
lateral sulcus
central sulcus
cuneus
longitudinal cerebral fissure
47
subcortical structures (basal ganglia, hippocampus, amygdala, insula & white matter) are NOT parts of the cerebrum
True
False
48
color, shading, form, orientation, visual field source, & contrast all make up
auditory comprehension
semantic categories
visual processing
language processing
49
the __ helps us sound out & learn new words; it is also used in phonological processing/reading novel words
angular gyrus
supramarginal gyrus
50
the superior temporal gyrus is organized by frequency just like the basilar membrane in the ear.
False
True
51
damage to the angular gyrus can lead to alexia and acaluclia
True
False
52
the SMA within the premotor cortex does NOT have 2 branches that handle different levels of sequencing.
False
True
53
“the what of vision; analyzes forms, colors, & faces”; temporal info; object details can be stored & sent for processing
dorsal stream
ventral stream
54
commands from association cortices must be fully sequenced before they are sent to the primary sites
False
True
55
A1 is organized tonotopically by sound, this means it is organized by
phonemes
body function
frequency (in Hz)
body sensory landmarks
56
which premotor cortex sub-area is used to sequence complex movements (like speech)?
supplementary motor area (SMA)
primary motor area (PMA)
57
The Brodmann’s map consist of ___ areas
57
61
52
55
58
the lobe responsible for auditory & language comprehension neural circuits, memory, & identification of complex objects
occipital
frontal
temporal
parietal
59
which gyrus within the inferior parietal lobule is responsible for storing auditory representations of phonemes
angular gyrus
supramarginal gyrus
60
what anatomical structure makes up the primary auditory cortex (A1)?
inferior temporal gyrus
cingulate gyrus
superior temporal gyrus
medial temporal gyrus
61
M1 received somatosensory inputs (tactile & proprioceptive) from the ___ & ___
diencephalon; amygdala
A1; S1
pre-motor area; basal ganglia
thalamus; S1
62
broca’s area does NOT play a role in aiding in the interpretation of context and semantic processing
True
False
63
___ has somatotopically representation of the body’s sensory surfaces
M1
A1
S1
M2
64
“a critical region for being able to detect & discriminate all forms of somatic inputs (like spatial awareness)”
temporal lobe
parietal lobe
insular lobe
frontal lobe
65
the lateral sulcus is located above the superior temporal gyrus
True
False
66
the__ detects visual stimuli based on feature; located in occipital lobe
M1
V1
S1
A1
67
visual association areas group features & output them to the ___ & ___ of the cerebrum for integration
parietal areas; temporal areas
frontal areas; temporal areas
occipital areas; brainstem areas
parietal areas; frontal areas
68
between the 2 scenarios, which would be more largely represented on the M1 homunculus?
the arm
the tongue
69
the pre-central gyrus receives motor inputs from the ___, ___, & ___
pons; medulla; brainstem
A1; M7; broca’s
thalamus; S1
cerebellum; basal ganglia; pre-motor area
70
sensory homunculus (s1): more neurons given to areas with more sensory receptors = provide more skilled movement
True
False
71
this area of the frontal lobe is active during the development & planning of actions; projects info directly to M1
premotor areas
prefrontal cortex
superior parietal lobule
inferior temporal gyrus
72
the prefrontal cortex has massive connections. which of these is NOT an area that receives communication with the PFC?
posterior horn if the internal capsule
dorsal medial thalamus nuclei
cingulate cortex, hypothalamus, amygdala
premotor areas, cerebellum, & basal ganglia
73
wernicke’s area retrieves memorized/stored words by axons communicating with the medial & inferior temporal gyri
True
False
74
reading does NOT require the perception of graphemes (visual component; letters & numbers)
True
False
75
“name all the farm animals you can” is an example of
syntax
semantic categories
phonemic category
pragmatic function
76
which of these does Broca’s area NOT play a role in?
emotional regulation
language comprehension
semantic processing
the selection of competing semantic interpretations
77
the middle & inferior temporal, known as object recognition areas, receive input from ALL but
wernicke’s area
superior parietal lobule
surrounding auditory association zones regarding semantic meaning
visual cortices related to form, shape, size & texture
78
processes, organizes, packages, & sends information to other areas for further processing
primary areas
brainstem
association cortices
subcortical areas
79
this memory area may fire spontaneously without sensory input
hallucination
auditory hallucination
outburst
fidget
80
in development, emergence of speech-language absolutes can occur in the frontal lobe.
True
False
81
gyri are the “hills” we can see on the outside view of the brain
True
False
82
the main function of M1 is to receive motor plans & send info down to the muscles
False
True
83
a brain area that is active “at rest”
occipital lobe
precuneus
parahippocampal gyrus
insula
84
trigeminal pathways are important pathways for speech
False
True
85
the “grooves” of the cerebrum are called
gyri
sulci
86
damage to the supramarginal gyrus can result in phonological dyslexia, which means…..
inability to retrieve words
inability to recognize facial features
difficulty reading new & nonwords
difficulty in simple planning activities (like making a sandwich)
87
“cognition, purpose/desire to move, personality, social behavior” describes executive functions of the ____
supplementary motor area (SMA)
prefrontal cortex (PFC)
premotor cortex
premotor area (PMA)
88
M1 (or pre-central gyrus) is an association area
True
False
89
the pre-motor area (PMA) plans actions of the limbs based on visual input.
False
True
90
the lobe responsible for problem solving, executive function, & working memory
temporal
frontal
parietal
occipital
91
primary sites are responsible for raw information input and direct output to the body (execution)
False
True
92
Which of these structures is located near/within the superior temporal gyrus is responsible for ONLY auditory detection
Wernicke’s Area
Heschel’s Gyrus
Broca’s Area
93
when you are day dreaming, planning our details of your day, or contemplating past life experiences, your __ is active
thalamus
anterior cingulate
precuneus
broca’s area
94
the angular gyrus is more caudal than the supramarginal gyrus
True
False