Deck 12: The Central Nervous System

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Question
Match the following:

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

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Auditory area.
Question
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D White fiber tracts. <div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
White fiber tracts.
Question
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Globus pallidus. <div style=padding-top: 35px> Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Globus pallidus.
Question
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Corpus callosum. <div style=padding-top: 35px> Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Corpus callosum.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Unipolar neurons are found here. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Unipolar neurons are found here.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Site of somatic motor neuron cell bodies. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Site of somatic motor neuron cell bodies.
Question
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Pons. <div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Pons.
Question
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Primary somatosensory cortex.
Question
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Hypothalamus. <div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Hypothalamus.
Question
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Pons. <div style=padding-top: 35px> Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Pons.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Gray commissure. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Gray commissure.
Question
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Thalamus. <div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Thalamus.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Site of autonomic motor neuron cell bodies. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Site of autonomic motor neuron cell bodies.
Question
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Medulla Oblongata. <div style=padding-top: 35px>
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Medulla Oblongata.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Site of sensory neuron cell bodies. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Site of sensory neuron cell bodies.
Question
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Thalamus. <div style=padding-top: 35px> Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Thalamus.
Question
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Caudate nucleus. <div style=padding-top: 35px> Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Caudate nucleus.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Area that encloses the central canal. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Area that encloses the central canal.
Question
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Consists entirely of interneuron cell bodies. <div style=padding-top: 35px> Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Consists entirely of interneuron cell bodies.
Question
The three basic regions of the cerebrum are the cerebral cortical gray matter,internal white matter,and the superior and inferior colliculi.
Question
Match the following:

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

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Inferior point of termination of the spinal cord in an adult.
Question
Passing through the NREM stages (1 through 4),the frequency of the EEG waves declines,but their amplitude increases.
Question
Match the following:

A) Primary (somatic) motor cortex
B) Hypothalamus
C) Thalamus
D) Prefrontal cortex
This brain area associates experiences necessary for the production of abstract ideas,judgment,and conscience.
Question
A flat EEG is a good indication of deep sleep.
Question
Cell bodies of somatic motor neurons are located in the ventral (anterior)horn of the spinal cord.
Question
Match the following:

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

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Collection of nerve roots at the inferior end of the vertebral canal.
Question
Meningitis is the most accurate term for inflammation of neurons.
Question
Match the following:

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

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

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Where nerves serving the upper limbs arise.
Question
Match the following:

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

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

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Anchors the spinal cord to the coccyx.
Question
Match the following:

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

A) Primary (somatic) motor cortex
B) Hypothalamus
C) Thalamus
D) Prefrontal cortex
The axons from this area form the major pyramidal (corticospinal)tracts.
Question
Specific motor and sensory functions are localized in specific areas called domains,whereas memory and language have overlapping domains.
Question
Nuclei relating to the startle reflex are located in the corpora quadrigemina of the midbrain.
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
The arbor vitae refers to ________.

A) cerebellar gray matter
B) flocculonodular nodes
C) cerebellar white matter
D) the pleatlike convolutions of the cerebellum
Question
Which brain nucleus is the body's "biological clock"?

A) lentiform nucleus
B) dorsomedial nucleus
C) subthalamic nucleus
D) suprachiasmatic nucleus
Question
The canal connecting the third and fourth ventricles and running through the midbrain is the interventricular foramen.
Question
The limbic system acts as our emotional,or affective (feelings),brain.
Question
The primary visual cortex contains a map of visual space.
Question
Nondeclarative memories preserve the circumstances in which they are learned.
Question
A disturbance of posture,muscle tremors at rest,and uncontrolled muscle contraction are all symptoms of damage to the basal nuclei.
Question
The terms fainting and syncope describe the same thing.
Question
The brain stem consists of the ________.

A) midbrain, medulla, and pons
B) pons, medulla, cerebellum, and midbrain
C) midbrain only
D) cerebrum, pons, midbrain, and medulla
Question
The adult spinal cord ends between the level L1 and L2 of the vertebral column.
Question
The reticular activating system (RAS)is comprised of specific pathways primarily in the limbic system.
Question
Commissural fibers connect the cerebrum to the diencephalon.
Question
The brain and spinal cord begin as an embryonic structure called the neural plate.
Question
In most people,the left cerebral hemisphere has greater control over language abilities,math,and logic.
Question
Projection fibers in the brain mainly connect the right and left hemispheres.
Question
Most of the ascending and descending pathways to and from the brain cross over (decussate)from one side of the body to the other.
Question
Sorting of sensory information and relaying it to the appropriate cerebral sensory area occurs in the hypothalamus.
Question
Cerebrospinal fluid circulates within the ventricles of the brain and in the subarachnoid space.
Question
The frontal lobe is separated from the temporal lobe by the ________.

A) longitudinal fissure
B) cranial fossa
C) lateral sulcus
D) central sulcus
Question
Which of the following generalizations does NOT describe the cerebral cortex?

A) The hemispheres are exactly equal in function.
B) No functional area of the cortex works alone.
C) Each hemisphere is chiefly concerned with sensory and motor functions of the contralateral side of the body.
D) The cerebral cortex contains three kinds of functional areas.
Question
Vital centers for the control of heart rate,respiration,and blood pressure are located in the ________.

A) cerebrum
B) medulla oblongata
C) midbrain
D) pons
Question
Spastic paralysis suggests involvement of the ________.

A) spinal nerve roots
B) lower motor neurons
C) neuromuscular junction
D) upper motor neurons
Question
Ridges of tissue on the surface of the cerebral hemispheres are called ________.

A) fissures
B) ganglia
C) sulci
D) gyri
Question
What type of cells line the ventricles of the brain?

A) ependymal cells
B) neurons
C) astrocytes
D) epithelial cells
Question
The white matter of the spinal cord contains ________.

A) myelinated and unmyelinated nerve fibers
B) unmyelinated nerve fibers only
C) cell bodies
D) myelinated nerve fibers only
Question
The central sulcus separates which lobes?

A) frontal from parietal
B) frontal from temporal
C) parietal from occipital
D) temporal from parietal
Question
Which of the following is NOT a role of the basal nuclei?

A) playing a role in cognition and emotion
B) controlling starting and stopping movements
C) initiating protective reflex actions
D) inhibiting unnecessary or antagonistic movements
Question
Which fissure separates the cerebral hemispheres?

A) lateral fissure
B) central fissure
C) parieto-occipital fissure
D) longitudinal fissure
Question
Which of these would you NOT find in the cerebral cortex?

A) fiber tracts
B) interneurons
C) dendrites
D) cell bodies
Question
Spinocerebellar tracts ________.

A) are found in the dorsal columns of the spinal cord
B) terminate in the spinal cord
C) give rise to conscious experience of perception
D) carry information about muscle or tendon stretch to the cerebellum
Question
Which of the following best describes the cerebrum?

A) motor command center
B) executive suite
C) visceral command center
D) decussation center
Question
Neural tracts that convey information to the brain concerning temperature and pain would be ________.

A) reticulospinal
B) lateral spinothalamic
C) ventral (anterior) spinothalamic
D) posterior spinothalamic
Question
The subarachnoid space lies between what two layers of meninges?

A) dura and epidura
B) arachnoid and epidura
C) arachnoid and dura
D) arachnoid and pia
Question
The primary auditory cortex is located in the ________.

A) frontal lobe
B) temporal lobe
C) parietal lobe
D) prefrontal lobe
Question
If the caudal portion of the neural tube failed to develop properly the ________.

A) hindbrain would not be present
B) spinal cord may be affected
C) cranial nerves would not form
D) telencephalon would cease development
Question
Cell bodies of sensory neurons are located in ________.

A) the thalamus
B) sympathetic ganglia
C) the dorsal root ganglia of the spinal cord
D) the ventral root ganglia of the spinal cord
Question
A shallow groove on the surface of the cortex is called a ________.

A) gyrus
B) furrow
C) fissure
D) sulcus
Question
Which of the following statements is FALSE?

A) Damage to the visual association area can result in blindness.
B) Damage to the premotor cortex results in loss of motor skills programmed in that area but movement is still possible.
C) Damage to the primary auditory cortex results in the inability to interpret pitch, loudness, and location.
D) Damage to the primary (somatic) motor cortex results in the loss of both voluntary muscle control and all reflexive contractions.
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Deck 12: The Central Nervous System
1
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Primary (somatic)motor cortex.
C
2
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Auditory area.
D
3
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D White fiber tracts.
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
White fiber tracts.
C
4
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Globus pallidus. Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Globus pallidus.
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5
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Corpus callosum. Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Corpus callosum.
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6
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Unipolar neurons are found here. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Unipolar neurons are found here.
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7
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Site of somatic motor neuron cell bodies. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Site of somatic motor neuron cell bodies.
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8
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Pons.
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Pons.
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9
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Primary somatosensory cortex.
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10
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Hypothalamus.
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Hypothalamus.
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11
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Pons. Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Pons.
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12
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Gray commissure. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Gray commissure.
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13
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Thalamus.
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Thalamus.
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14
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Site of autonomic motor neuron cell bodies. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Site of autonomic motor neuron cell bodies.
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15
<strong>  Figure 12.1 Using Fig. 12.1, Match the following:</strong> A) C B) E C) A D) B E) D Medulla Oblongata.
Figure 12.1
Using Fig. 12.1, Match the following:

A) C
B) E
C) A
D) B
E) D
Medulla Oblongata.
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16
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Site of sensory neuron cell bodies. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Site of sensory neuron cell bodies.
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17
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Thalamus. Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Thalamus.
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18
<strong>  Figure 12.2 Using Figure 12.2, match the following:</strong> A) A B) B C) C D) D E) E Caudate nucleus. Figure 12.2
Using Figure 12.2, match the following:

A) A
B) B
C) C
D) D
E) E
Caudate nucleus.
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19
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Area that encloses the central canal. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Area that encloses the central canal.
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20
<strong>  Figure 12.3 Using Figure 12.3, match the following:</strong> A) D B) A C) C D) B E) E Consists entirely of interneuron cell bodies. Figure 12.3
Using Figure 12.3, match the following:

A) D
B) A
C) C
D) B
E) E
Consists entirely of interneuron cell bodies.
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21
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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22
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Premotor cortex.
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k this deck
23
Match the following:

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Inferior point of termination of the spinal cord in an adult.
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24
Passing through the NREM stages (1 through 4),the frequency of the EEG waves declines,but their amplitude increases.
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k this deck
25
Match the following:

A) Primary (somatic) motor cortex
B) Hypothalamus
C) Thalamus
D) Prefrontal cortex
This brain area associates experiences necessary for the production of abstract ideas,judgment,and conscience.
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k this deck
26
A flat EEG is a good indication of deep sleep.
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27
Cell bodies of somatic motor neurons are located in the ventral (anterior)horn of the spinal cord.
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28
Match the following:

A) Primary (somatic) motor cortex
B) Hypothalamus
C) Thalamus
D) Prefrontal cortex
This area is the main visceral control center of the body.
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k this deck
29
Match the following:

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Collection of nerve roots at the inferior end of the vertebral canal.
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k this deck
30
Meningitis is the most accurate term for inflammation of neurons.
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31
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Seat of intelligence,abstract reasoning.
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32
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Gustatory (taste)area.
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33
Match the following:

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Where nerves serving the upper limbs arise.
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k this deck
34
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Motor speech (Broca's)area.
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35
Match the following:

A) Insula
B) Parietal lobe
C) Frontal lobe
D) Temporal lobe
E) Occipital lobe
Visual area.
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36
Match the following:

A) Conus medullaris
B) Cauda equina
C) Filum terminale
D) Cervical enlargement
Anchors the spinal cord to the coccyx.
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k this deck
37
Match the following:

A) Primary (somatic) motor cortex
B) Hypothalamus
C) Thalamus
D) Prefrontal cortex
A major relay station for sensory information ascending to the cerebral cortex.Contains many specialized nuclei.
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38
Match the following:

A) Primary (somatic) motor cortex
B) Hypothalamus
C) Thalamus
D) Prefrontal cortex
The axons from this area form the major pyramidal (corticospinal)tracts.
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39
Specific motor and sensory functions are localized in specific areas called domains,whereas memory and language have overlapping domains.
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40
Nuclei relating to the startle reflex are located in the corpora quadrigemina of the midbrain.
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41
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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42
Embryonic damage to the mesencephalon could result in improper formation of the midbrain.
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43
The arbor vitae refers to ________.

A) cerebellar gray matter
B) flocculonodular nodes
C) cerebellar white matter
D) the pleatlike convolutions of the cerebellum
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44
Which brain nucleus is the body's "biological clock"?

A) lentiform nucleus
B) dorsomedial nucleus
C) subthalamic nucleus
D) suprachiasmatic nucleus
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45
The canal connecting the third and fourth ventricles and running through the midbrain is the interventricular foramen.
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46
The limbic system acts as our emotional,or affective (feelings),brain.
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47
The primary visual cortex contains a map of visual space.
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48
Nondeclarative memories preserve the circumstances in which they are learned.
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49
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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50
The terms fainting and syncope describe the same thing.
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51
The brain stem consists of the ________.

A) midbrain, medulla, and pons
B) pons, medulla, cerebellum, and midbrain
C) midbrain only
D) cerebrum, pons, midbrain, and medulla
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52
The adult spinal cord ends between the level L1 and L2 of the vertebral column.
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53
The reticular activating system (RAS)is comprised of specific pathways primarily in the limbic system.
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54
Commissural fibers connect the cerebrum to the diencephalon.
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55
The brain and spinal cord begin as an embryonic structure called the neural plate.
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56
In most people,the left cerebral hemisphere has greater control over language abilities,math,and logic.
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57
Projection fibers in the brain mainly connect the right and left hemispheres.
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58
Most of the ascending and descending pathways to and from the brain cross over (decussate)from one side of the body to the other.
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59
Sorting of sensory information and relaying it to the appropriate cerebral sensory area occurs in the hypothalamus.
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60
Cerebrospinal fluid circulates within the ventricles of the brain and in the subarachnoid space.
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61
The frontal lobe is separated from the temporal lobe by the ________.

A) longitudinal fissure
B) cranial fossa
C) lateral sulcus
D) central sulcus
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62
Which of the following generalizations does NOT describe the cerebral cortex?

A) The hemispheres are exactly equal in function.
B) No functional area of the cortex works alone.
C) Each hemisphere is chiefly concerned with sensory and motor functions of the contralateral side of the body.
D) The cerebral cortex contains three kinds of functional areas.
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63
Vital centers for the control of heart rate,respiration,and blood pressure are located in the ________.

A) cerebrum
B) medulla oblongata
C) midbrain
D) pons
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64
Spastic paralysis suggests involvement of the ________.

A) spinal nerve roots
B) lower motor neurons
C) neuromuscular junction
D) upper motor neurons
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65
Ridges of tissue on the surface of the cerebral hemispheres are called ________.

A) fissures
B) ganglia
C) sulci
D) gyri
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66
What type of cells line the ventricles of the brain?

A) ependymal cells
B) neurons
C) astrocytes
D) epithelial cells
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67
The white matter of the spinal cord contains ________.

A) myelinated and unmyelinated nerve fibers
B) unmyelinated nerve fibers only
C) cell bodies
D) myelinated nerve fibers only
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68
The central sulcus separates which lobes?

A) frontal from parietal
B) frontal from temporal
C) parietal from occipital
D) temporal from parietal
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69
Which of the following is NOT a role of the basal nuclei?

A) playing a role in cognition and emotion
B) controlling starting and stopping movements
C) initiating protective reflex actions
D) inhibiting unnecessary or antagonistic movements
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70
Which fissure separates the cerebral hemispheres?

A) lateral fissure
B) central fissure
C) parieto-occipital fissure
D) longitudinal fissure
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71
Which of these would you NOT find in the cerebral cortex?

A) fiber tracts
B) interneurons
C) dendrites
D) cell bodies
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72
Spinocerebellar tracts ________.

A) are found in the dorsal columns of the spinal cord
B) terminate in the spinal cord
C) give rise to conscious experience of perception
D) carry information about muscle or tendon stretch to the cerebellum
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73
Which of the following best describes the cerebrum?

A) motor command center
B) executive suite
C) visceral command center
D) decussation center
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74
Neural tracts that convey information to the brain concerning temperature and pain would be ________.

A) reticulospinal
B) lateral spinothalamic
C) ventral (anterior) spinothalamic
D) posterior spinothalamic
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75
The subarachnoid space lies between what two layers of meninges?

A) dura and epidura
B) arachnoid and epidura
C) arachnoid and dura
D) arachnoid and pia
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76
The primary auditory cortex is located in the ________.

A) frontal lobe
B) temporal lobe
C) parietal lobe
D) prefrontal lobe
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77
If the caudal portion of the neural tube failed to develop properly the ________.

A) hindbrain would not be present
B) spinal cord may be affected
C) cranial nerves would not form
D) telencephalon would cease development
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78
Cell bodies of sensory neurons are located in ________.

A) the thalamus
B) sympathetic ganglia
C) the dorsal root ganglia of the spinal cord
D) the ventral root ganglia of the spinal cord
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79
A shallow groove on the surface of the cortex is called a ________.

A) gyrus
B) furrow
C) fissure
D) sulcus
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80
Which of the following statements is FALSE?

A) Damage to the visual association area can result in blindness.
B) Damage to the premotor cortex results in loss of motor skills programmed in that area but movement is still possible.
C) Damage to the primary auditory cortex results in the inability to interpret pitch, loudness, and location.
D) Damage to the primary (somatic) motor cortex results in the loss of both voluntary muscle control and all reflexive contractions.
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