Cerebral Cortex and Basal Ganglia Flashcards

1
Q

Elevated ridges “winding” around the brain

A

Gyri

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2
Q

Small grooves dividing the gyri

A

Sulci

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3
Q

Divides the frontal from the parietal lobe

A

Central Sulcus

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4
Q

Deep grooves, generally dividing large

regions/lobes of the brain

A

Fissures

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5
Q

Divides the two cerebral hemispheres

A

Longitudinal fissure

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6
Q

Separates the cerebrum from the cerebellum

A

Transverse Fissure

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7
Q

Divides the temporal lobe from the frontal

and parietal lobes

A

Sylvian/Lateral Fissure

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8
Q
It plays an integral role in the following functions/actions:
•Motor
•Integrative functions
•Memory Formation
•Emotions
•Decision Making/Reasoning
•Personality
A

Frontal Lobe

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9
Q
BRODMANN AREAS (BA)
relate specifically to motor activities
A

Brodmann’s areas 4, 6, 8, and 44

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10
Q
BRODMANN AREAS (BA)
imprecisely determined functions
involved in the initiation of planned action and executive control of all mental operations, including emotional expression
A

BA 9 to 12 and 45 to 47

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11
Q

BRODMANN AREAS (BA)
connected with the ocular and other brainstem motor nuclei
With identical areas of the other cerebral hemisphere through the corpus callosum

A

BA 8 and 6

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12
Q
BRODMANN AREAS (BA)
primary sensory cortex projects to the superior parietal lobule
A

BA 5

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13
Q
BRODMANN AREAS (BA)
contains cells that are activated by the homolateral geniculocalcarine pathway
A

BA 17

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14
Q

Frontal components of the limbic system and take part in the control of respiration, blood pressure, peristalsis, and other autonomic functions

A

medial-orbital gyriand anterior parts of the cingulated gyri

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15
Q

Provide most of the cerebral efferent motor system that forms the pyramidalor corticospinaltract

A

frontal agranular cortex

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16
Q

Play an integral role in the following functions:
Hearing
Organization/Comprehension of language
Information Retrieval (Memory and Memory Formation)

A

Temporal Lobe

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17
Q

Responsible for hearing

A

Primary Auditory Cortex

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18
Q

Interprets the sense of smell once it reaches the cortex via the olfactory bulbs

A

Primary Olfactory Cortex

19
Q

Language comprehension. Located on the LEFT temporal lobe.

A

Wernicke’s Area

20
Q

White matter tract that connects Broca’s Area and Wernicke’s Area through the Temporal, Parietal and Frontal Lobes

A

Arcuate fasciculus

21
Q

Acoustic or receptive aspects of language

A

Superior part of the dominant temporal lobe

22
Q

great integrator of “sensations, emotions, and behavior”

A

Temporal Lobe

23
Q

site where sensory modalities are integrated into ultimate self-awareness

A

Temporal Lobe

24
Q

It plays a major role in the following functions/actions:
Senses and integrates sensation(s)
Spatial awareness and perception
(Proprioception -Awareness of body/ body parts in space and in relation to each other)

A

Parietal Lobe

25
Q

Involved with processing of tactile and proprioceptive information

A

Primary Somatosensory Cortex (Postcentral Gyrus)

26
Q

Assists with the integration and interpretation of sensations relative to body position and orientation in space. May assist with visuo-motor coordination

A

Somatosensory Association Cortex

27
Q

Primary site involved with the interpretation of the sensation of Taste

A

Primary Gustatory Cortex

28
Q

____________ receives most of its afferent projections from the ventroposterior thalamic nucleus, which is the terminus of the _____________ pathways

A
postcentral gyrus (primary somatosensory cortex)
ascending somatosensory
29
Q

understanding of spokenand writtenwordsis partly a function of the

A

supramarginal and angular gyri of the dominantparietallobe

30
Q

Its primary function is the processing, integration, and interpretation of VISION and visual stimuli

A

Occipital Lobe

31
Q

essential for visual perception and recognition

A

termini of the geniculocalcarine pathways

32
Q

Is a large collection of gray matter within the hemispheres

A

Basal Ganglia

33
Q

It is comprised by a network of subcortical nuclei of the telencephalon, subthalamus and midbrain

A

Basal Ganglia

34
Q

It influences the lower motor neurons indirectly through the modulation of cerebral cortex and brainstem

A

Basal Ganglia

35
Q

Play a role in the automatic execution of learned motor plan and in the preparation for movement

A

Basal Ganglia

36
Q

Non-motor function of the basal ganglia

A

Cognitive Function

Emotion and Motivation Function

37
Q

Nuclei found on each of the hemispheres

A
• The caudate
• The putamen
• The globus pallidus
Thesubstantia nigra
Thesubthalamic nucleus
nucleus accumbens septi
olfactory tubercle
38
Q

Composition of corpus striatum

A

Caudate
Putamen
GLobus pallidus

39
Q

Compostion of Striatum, Dorsal Striatum and Neostriatum

A

Caudate

Putamen

40
Q

Compostion of Ventral Striatum

A

Caudate
Putamen
Nucleus accumbens
Olfactory Tubercle

41
Q

Composition of Pallidum, paleostriatum

A

Globus pallidus

42
Q

Composition of Lentiform Nuceleus

A

Putamen

Globus pallidus

43
Q

Activation of this pathway leads to net disinhibitory (facilitatory) effect on the thalamus and an increase in motor behavior

A

Direct pathway

44
Q

Activation of this pathway leads to increased inhibition of the thalamus and decreased motor activity

A

Indirect pathway