Deck 12: The Central Nervous System

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Question
  Figure 12.1 Using Fig. 12.1, Match the following: White fiber tracts<div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:
White fiber tracts
Use Space or
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Question
  Figure 12.2 Using Figure 12.2, match the following: Pons.<div style=padding-top: 35px>
Figure 12.2
Using Figure 12.2, match the following:
Pons.
Question
  Figure 12.3 Using Figure 12.3, match the following: Multipolar neurons are common here.<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Multipolar neurons are common here.
Question
  Figure 12.1 Using Fig. 12.1, Match the following: Hypothalamus<div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:
Hypothalamus
Question
  Figure 12.2 Using Figure 12.2, match the following: Caudate nucleus.<div style=padding-top: 35px>
Figure 12.2
Using Figure 12.2, match the following:
Caudate nucleus.
Question
  Figure 12.1 Using Fig. 12.1, Match the following: Thalamus<div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:
Thalamus
Question
  Figure 12.3 Using Figure 12.3, match the following: Site of sensory soma.<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Site of sensory soma.
Question
  Figure 12.2 Using Figure 12.2, match the following: Globus pallidus.<div style=padding-top: 35px>
Figure 12.2
Using Figure 12.2, match the following:
Globus pallidus.
Question
  Figure 12.3 Using Figure 12.3, match the following: Site containing central canal.<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Site containing central canal.
Question
  Figure 12.1 Using Fig. 12.1, Match the following: Medulla Oblongata<div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:
Medulla Oblongata
Question
  Figure 12.3 Using Figure 12.3, match the following: Horn containing autonomic neurons<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Horn containing autonomic neurons
Question
  Figure 12.3 Using Figure 12.3, match the following: Site of axons and afferent neurons.<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Site of axons and afferent neurons.
Question
  Figure 12.2 Using Figure 12.2, match the following: Corpus callosum.<div style=padding-top: 35px>
Figure 12.2
Using Figure 12.2, match the following:
Corpus callosum.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Somatic motor cortex.
Question
  Figure 12.3 Using Figure 12.3, match the following: Gray commissure.<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Gray commissure.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Primary sensory cortex.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Auditory area.
Question
  Figure 12.3 Using Figure 12.3, match the following: Site of efferent soma.<div style=padding-top: 35px>
Figure 12.3
Using Figure 12.3, match the following:
Site of efferent soma.
Question
  Figure 12.2 Using Figure 12.2, match the following: Thalamus.<div style=padding-top: 35px>
Figure 12.2
Using Figure 12.2, match the following:
Thalamus.
Question
  Figure 12.1 Using Fig. 12.1, Match the following: Pons<div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:
Pons
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Typified by sleep spindles.
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Necessary for emotional health; may be neural "debugging."
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Very easy to awaken; EEG shows alpha waves; may even deny being asleep.
Question
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
This brain area associates experiences necessary for the production of abstract ideas, judgment, and conscience.
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Begins about 90 minutes after the onset of sleep.
Question
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Gateway to the cerebrum
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Indicated by movement of the eyes under the lids; dreaming occurs.
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
The stage when vital signs (blood pressure, heart rate, and body temperature) reach their lowest normal levels.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Taste (gustatory) area.
Question
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Executive suite
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Motor speech area.
Question
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
This area is the main visceral control center of the body.
Question
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
A major relay station for sensory information ascending to primary sensory areas of the cerebral cortex. Contains many specialized nuclei.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Premotor area.
Question
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Motor command center
Question
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
The axons from this area form the major pyramidal tracts.
Question
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Survival center
Question
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Theta and delta waves begin to appear.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Seat of intelligence, abstract reasoning.
Question
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Visual area.
Question
The first obvious sign that the nervous system is forming in the embryo is the thickening of the surface ectoderm to form the neural plate.
Question
Cerebrospinal fluid circulates within the ventricles of the brain and in the subarachnoid space
Question
The RAS is comprised of specific pathways primarily in the limbic system.
Question
The three basic regions of the cerebrum are the cerebral cortical gray matter, internal white matter, and the superior and inferior colliculi.
Question
A flat EEG is a good indication of deep sleep.
Question
Cell bodies of the somatic motor neurons of the spinal nerves are located in the ventral horn of the spinal cord.
Question
Meningitis is the most accurate term for inflammation of neurons.
Question
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Anchors the spinal cord in place
Question
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Collection of nerve roots at the inferior end of the vertebral canal
Question
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Visceral command center
Question
The terms fainting and syncope describe the same thing.
Question
Nondeclarative memories preserve the circumstances in which they are learned.
Question
Nuclei relating to the startle reflex are located in the corpora quadrigemina of the midbrain.
Question
NREM sleep normally exhibits four distinct stages, which appear to alternate.
Question
Specific motor and sensory functions are localized in specific areas called domains, whereas memory and language have overlapping domains.
Question
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Point of termination of the spinal cord in an adult
Question
The adult spinal cord ends between L₁ and L₂.
Question
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Where nerves serving the upper limbs arise
Question
The left cerebral hemisphere is usually dominant.
Question
The limbic system acts as our emotional, or affective, brain.
Question
The canal connecting the third and fourth ventricles and running through the midbrain is the foramen of Monro.
Question
Projection fibers in the brain mainly connect the right and left hemispheres.
Question
The primary visual cortex contains a map of visual space.
Question
What cells line the ventricles of the brain?

A) ependymal cells
B) neurons
C) epithelial cells
D) astrocytes
Question
Which brain nucleus is the body's "biological clock"?

A) dorsomedial nucleus
B) suprachiastmatic nucleus
C) lentiform nucleus
D) subthalamic nucleus
Question
Commissural fibers connect the cerebrum to the diencephalon.
Question
Sorting of sensory information and relaying it to the appropriate cerebral sensory area occurs in the hypothalamus.
Question
Which fissure separates the cerebral hemispheres?

A) central fissure
B) longitudinal fissure
C) parieto-occipital fissure
D) lateral fissure
Question
The primary auditory cortex is located in the ________.

A) prefrontal lobe
B) frontal lobe
C) temporal lobe
D) parietal lobe
Question
Cell bodies of the sensory neurons of the spinal nerves are located in ________.

A) the dorsal root ganglia of the spinal cord
B) the ventral root ganglia of the spinal cord
C) the thalamus
D) sympathetic ganglia
Question
Spinocerebellar tracts ________.

A) terminate in the spinal cord
B) carry proprioceptive inputs to the cerebellum
C) give rise to conscious experience of perception
D) are found in the dorsal columns of the spinal cord
Question
A disturbance of posture, muscle tremors at rest, and uncontrolled muscle contraction are all symptoms of damage to the basal nuclei.
Question
The vital centers for the control of heart rate, respiration, and blood pressure are located in the ________.

A) pons
B) medulla
C) midbrain
D) cerebrum
Question
Most of the ascending and descending pathways to and from the brain cross over from one side of the body to the other.
Question
The arbor vitae refers to ________.

A) cerebellar gray matter
B) cerebellar white matter
C) the pleatlike convolutions of the cerebellum
D) flocculonodular nodes
Question
The brain stem consists of the ________.

A) cerebrum, pons, midbrain, and medulla
B) midbrain, medulla, and pons
C) pons, medulla, cerebellum, and midbrain
D) midbrain only
Question
One functional center found within the medulla oblongata is a respiratory center involved in the control of the rate and depth of breathing.
Question
Embryonic damage to the mesencephalon could result in improper formation of the midbrain.
Question
Nuclei of cranial nerves V, VI, and VII are found in the ________.

A) midbrain
B) medulla
C) pons
D) cerebrum
Question
The subarachnoid space lies between what two layers of meninges?

A) arachnoid and epidura
B) arachnoid and pia
C) arachnoid and dura
D) dura and epidura
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Deck 12: The Central Nervous System
1
  Figure 12.1 Using Fig. 12.1, Match the following: White fiber tracts
Figure 12.1
Using Fig. 12.1, Match the following:
White fiber tracts
A
2
  Figure 12.2 Using Figure 12.2, match the following: Pons.
Figure 12.2
Using Figure 12.2, match the following:
Pons.
E
3
  Figure 12.3 Using Figure 12.3, match the following: Multipolar neurons are common here.
Figure 12.3
Using Figure 12.3, match the following:
Multipolar neurons are common here.
C
4
  Figure 12.1 Using Fig. 12.1, Match the following: Hypothalamus
Figure 12.1
Using Fig. 12.1, Match the following:
Hypothalamus
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5
  Figure 12.2 Using Figure 12.2, match the following: Caudate nucleus.
Figure 12.2
Using Figure 12.2, match the following:
Caudate nucleus.
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6
  Figure 12.1 Using Fig. 12.1, Match the following: Thalamus
Figure 12.1
Using Fig. 12.1, Match the following:
Thalamus
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7
  Figure 12.3 Using Figure 12.3, match the following: Site of sensory soma.
Figure 12.3
Using Figure 12.3, match the following:
Site of sensory soma.
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8
  Figure 12.2 Using Figure 12.2, match the following: Globus pallidus.
Figure 12.2
Using Figure 12.2, match the following:
Globus pallidus.
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9
  Figure 12.3 Using Figure 12.3, match the following: Site containing central canal.
Figure 12.3
Using Figure 12.3, match the following:
Site containing central canal.
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10
  Figure 12.1 Using Fig. 12.1, Match the following: Medulla Oblongata
Figure 12.1
Using Fig. 12.1, Match the following:
Medulla Oblongata
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11
  Figure 12.3 Using Figure 12.3, match the following: Horn containing autonomic neurons
Figure 12.3
Using Figure 12.3, match the following:
Horn containing autonomic neurons
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12
  Figure 12.3 Using Figure 12.3, match the following: Site of axons and afferent neurons.
Figure 12.3
Using Figure 12.3, match the following:
Site of axons and afferent neurons.
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13
  Figure 12.2 Using Figure 12.2, match the following: Corpus callosum.
Figure 12.2
Using Figure 12.2, match the following:
Corpus callosum.
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14
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Somatic motor cortex.
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15
  Figure 12.3 Using Figure 12.3, match the following: Gray commissure.
Figure 12.3
Using Figure 12.3, match the following:
Gray commissure.
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16
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Primary sensory cortex.
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17
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Auditory area.
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18
  Figure 12.3 Using Figure 12.3, match the following: Site of efferent soma.
Figure 12.3
Using Figure 12.3, match the following:
Site of efferent soma.
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19
  Figure 12.2 Using Figure 12.2, match the following: Thalamus.
Figure 12.2
Using Figure 12.2, match the following:
Thalamus.
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20
  Figure 12.1 Using Fig. 12.1, Match the following: Pons
Figure 12.1
Using Fig. 12.1, Match the following:
Pons
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21
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Typified by sleep spindles.
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k this deck
22
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Necessary for emotional health; may be neural "debugging."
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k this deck
23
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Very easy to awaken; EEG shows alpha waves; may even deny being asleep.
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24
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
This brain area associates experiences necessary for the production of abstract ideas, judgment, and conscience.
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k this deck
25
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Begins about 90 minutes after the onset of sleep.
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26
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Gateway to the cerebrum
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k this deck
27
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Indicated by movement of the eyes under the lids; dreaming occurs.
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k this deck
28
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
The stage when vital signs (blood pressure, heart rate, and body temperature) reach their lowest normal levels.
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29
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Taste (gustatory) area.
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30
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Executive suite
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k this deck
31
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Motor speech area.
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k this deck
32
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
This area is the main visceral control center of the body.
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k this deck
33
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
A major relay station for sensory information ascending to primary sensory areas of the cerebral cortex. Contains many specialized nuclei.
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k this deck
34
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Premotor area.
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35
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Motor command center
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36
Match the following:

A) Primary motor cortex
B) Prefrontal area
C) Thalamus
D) Hypothalamus
The axons from this area form the major pyramidal tracts.
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37
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Survival center
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k this deck
38
Match the following stages of sleep with their descriptions:

A) Stage 3
B) REM
C) Stage 4
D) Stage 1
E) Stage 2
Theta and delta waves begin to appear.
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k this deck
39
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Seat of intelligence, abstract reasoning.
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40
Match the following:

A) Occipital lobe
B) Temporal lobe
C) Parietal lobe
D) Frontal lobe
E) Insula
Visual area.
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41
The first obvious sign that the nervous system is forming in the embryo is the thickening of the surface ectoderm to form the neural plate.
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42
Cerebrospinal fluid circulates within the ventricles of the brain and in the subarachnoid space
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k this deck
43
The RAS is comprised of specific pathways primarily in the limbic system.
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44
The three basic regions of the cerebrum are the cerebral cortical gray matter, internal white matter, and the superior and inferior colliculi.
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k this deck
45
A flat EEG is a good indication of deep sleep.
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46
Cell bodies of the somatic motor neurons of the spinal nerves are located in the ventral horn of the spinal cord.
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k this deck
47
Meningitis is the most accurate term for inflammation of neurons.
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k this deck
48
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Anchors the spinal cord in place
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k this deck
49
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Collection of nerve roots at the inferior end of the vertebral canal
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k this deck
50
Match the following:

A) Cerebrum
B) Cerebellum
C) Hypothalamus
D) Thalamus
E) Brain stem
Visceral command center
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51
The terms fainting and syncope describe the same thing.
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52
Nondeclarative memories preserve the circumstances in which they are learned.
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53
Nuclei relating to the startle reflex are located in the corpora quadrigemina of the midbrain.
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k this deck
54
NREM sleep normally exhibits four distinct stages, which appear to alternate.
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55
Specific motor and sensory functions are localized in specific areas called domains, whereas memory and language have overlapping domains.
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k this deck
56
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Point of termination of the spinal cord in an adult
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k this deck
57
The adult spinal cord ends between L₁ and L₂.
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k this deck
58
Match the following:

A) Cervical enlargement
B) Cauda equine
C) Conus medullaris
D) Filum terminale
Where nerves serving the upper limbs arise
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59
The left cerebral hemisphere is usually dominant.
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60
The limbic system acts as our emotional, or affective, brain.
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61
The canal connecting the third and fourth ventricles and running through the midbrain is the foramen of Monro.
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62
Projection fibers in the brain mainly connect the right and left hemispheres.
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63
The primary visual cortex contains a map of visual space.
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64
What cells line the ventricles of the brain?

A) ependymal cells
B) neurons
C) epithelial cells
D) astrocytes
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65
Which brain nucleus is the body's "biological clock"?

A) dorsomedial nucleus
B) suprachiastmatic nucleus
C) lentiform nucleus
D) subthalamic nucleus
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66
Commissural fibers connect the cerebrum to the diencephalon.
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67
Sorting of sensory information and relaying it to the appropriate cerebral sensory area occurs in the hypothalamus.
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68
Which fissure separates the cerebral hemispheres?

A) central fissure
B) longitudinal fissure
C) parieto-occipital fissure
D) lateral fissure
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69
The primary auditory cortex is located in the ________.

A) prefrontal lobe
B) frontal lobe
C) temporal lobe
D) parietal lobe
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70
Cell bodies of the sensory neurons of the spinal nerves are located in ________.

A) the dorsal root ganglia of the spinal cord
B) the ventral root ganglia of the spinal cord
C) the thalamus
D) sympathetic ganglia
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71
Spinocerebellar tracts ________.

A) terminate in the spinal cord
B) carry proprioceptive inputs to the cerebellum
C) give rise to conscious experience of perception
D) are found in the dorsal columns of the spinal cord
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72
A disturbance of posture, muscle tremors at rest, and uncontrolled muscle contraction are all symptoms of damage to the basal nuclei.
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73
The vital centers for the control of heart rate, respiration, and blood pressure are located in the ________.

A) pons
B) medulla
C) midbrain
D) cerebrum
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74
Most of the ascending and descending pathways to and from the brain cross over from one side of the body to the other.
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75
The arbor vitae refers to ________.

A) cerebellar gray matter
B) cerebellar white matter
C) the pleatlike convolutions of the cerebellum
D) flocculonodular nodes
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76
The brain stem consists of the ________.

A) cerebrum, pons, midbrain, and medulla
B) midbrain, medulla, and pons
C) pons, medulla, cerebellum, and midbrain
D) midbrain only
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77
One functional center found within the medulla oblongata is a respiratory center involved in the control of the rate and depth of breathing.
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78
Embryonic damage to the mesencephalon could result in improper formation of the midbrain.
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79
Nuclei of cranial nerves V, VI, and VII are found in the ________.

A) midbrain
B) medulla
C) pons
D) cerebrum
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80
The subarachnoid space lies between what two layers of meninges?

A) arachnoid and epidura
B) arachnoid and pia
C) arachnoid and dura
D) dura and epidura
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