Deck 16: Alterations in Cognitive Systems, Cerebral Hemodynamics and Motor Function
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Deck 16: Alterations in Cognitive Systems, Cerebral Hemodynamics and Motor Function
1
Vomiting is associated with CNS injuries that compress which anatomic location(s)?
A)Vestibular nuclei in the lower pons and medulla oblongata
B)Floor of the third ventricle
C)Vestibular nuclei in the midbrain
D)Diencephalon
A)Vestibular nuclei in the lower pons and medulla oblongata
B)Floor of the third ventricle
C)Vestibular nuclei in the midbrain
D)Diencephalon
Vestibular nuclei in the lower pons and medulla oblongata
2
Vegetative state is another term for locked-in syndrome.
False
3
During a generalized seizure the clonic phase begins as inhibitory neurons in the cortex, anterior thalamus, and basal ganglia to reduce the cortical excitation.
True
4
Huntington disease (HD) is inherited as an autosomal dominant trait with high penetrance.
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5
Upper motor neuron paralysis affects the pyramidal motor neurons by creating flaccid paralysis.
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6
Posthyperventilation apnea (PHVA) ceases and rhythmic breathing is resumed when levels of arterial:
A)carbon dioxide increase.
B)carbon dioxide become normal.
C)oxygen increase.
D)oxygen decrease.
A)carbon dioxide increase.
B)carbon dioxide become normal.
C)oxygen increase.
D)oxygen decrease.
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7
The reticular activating system provides arousal to the cerebral hemispheres.
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8
The tonic phase of a generalized seizure is characterized by alternating contractions and relaxation of muscles.
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9
Excess cerebrospinal fluid within the cranial vault, subarachnoid space, or both is called cerebral edema.
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10
The most critical index of nervous system function or dysfunction is motor response.
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11
The general pathophysiologic mechanisms underlying cognitive network deficits are compression and ischemia.
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12
Which is a description of Cheyne-Stokes respirations?
A)A sustained deep rapid, but regular pattern of breathing
B)A smooth increase in rate and depth followed by a gradual smooth decrease in rate and depth
C)A prolonged inspiratory period followed gradually by a short expiratory period
D)A completely irregular breathing pattern with random shallow, deep breaths and irregular pauses
A)A sustained deep rapid, but regular pattern of breathing
B)A smooth increase in rate and depth followed by a gradual smooth decrease in rate and depth
C)A prolonged inspiratory period followed gradually by a short expiratory period
D)A completely irregular breathing pattern with random shallow, deep breaths and irregular pauses
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13
Brain death has occurred when there is no discernible evidence of cerebral hemisphere function or function of the brainstem's vital centers for 1 to 6 hours.
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14
In 66% of cases, the etiology of epilepsy is not identified.
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15
The neural center that controls normal breathing is believed to be located in the brainstem.
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16
Which is an example of a disease process producing diffuse cortical dysfunction?
A)Cerebrovascular accident (CVA)
B)Encephalitis
C)Cerebral neoplasm
D)Cerebral emboli
A)Cerebrovascular accident (CVA)
B)Encephalitis
C)Cerebral neoplasm
D)Cerebral emboli
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17
Which disease process is infratentorial?
A)Cerebellar neoplasm
B)Encephalitis
C)Parkinson disease
D)Cerebral neoplasm
A)Cerebellar neoplasm
B)Encephalitis
C)Parkinson disease
D)Cerebral neoplasm
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18
Cognitive operations cannot occur without the _____ functioning.
A)pons
B)medulla oblongata
C)reticular activating system
D)cingulate gyrus
A)pons
B)medulla oblongata
C)reticular activating system
D)cingulate gyrus
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19
In posthyperventilation apnea (PHVA), respirations stop after hyperventilation followed by the return of rhythmic breathing.What stimulus causes the hyperventilation?
A)High arterial carbon dioxide
B)Low arterial oxygen
C)Normal arterial carbon dioxide
D)High arterial oxygen
A)High arterial carbon dioxide
B)Low arterial oxygen
C)Normal arterial carbon dioxide
D)High arterial oxygen
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20
Criteria for brainstem death are the same for children as for adults, but with a longer observation period.
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21
What is the best prognostic indicator of recovery of consciousness or functional outcome?
A)Glasgow Coma Scale
B)Glasgow Outcome score
C)Etiology of injury and time since onset of coma
D)Pupillary reaction and reflective eye movements
A)Glasgow Coma Scale
B)Glasgow Outcome score
C)Etiology of injury and time since onset of coma
D)Pupillary reaction and reflective eye movements
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22
The most critical aspect in diagnosing a seizure disorder and establishing its cause is:
A)computed tomography (CT) scan.
B)cerebrospinal fluid analysis.
C)skull x-ray films.
D)health history.
A)computed tomography (CT) scan.
B)cerebrospinal fluid analysis.
C)skull x-ray films.
D)health history.
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23
_____ is the loss of speech or the loss of comprehension of spoken or written language.
A)Agnosia
B)Aphasia
C)Akinesia
D)Dysphasia
A)Agnosia
B)Aphasia
C)Akinesia
D)Dysphasia
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24
A sudden, explosive, disorderly discharge of cerebral neurons is termed:
A)reflex.
B)seizure.
C)epilepsy.
D)convulsion.
A)reflex.
B)seizure.
C)epilepsy.
D)convulsion.
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25
What type of cerebral edema occurs when there is increased permeability of capillary endothelium after injury to the vascular structure?
A)Cytotoxic
B)Interstitial
C)Vasogenic
D)Ischemic
A)Cytotoxic
B)Interstitial
C)Vasogenic
D)Ischemic
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26
What are the areas of the brain that mediate several cognitive functions, including vigilance, reasoning, and executive functions?
A)Limbic
B)Prefrontal
C)Parietal
D)Occipital
A)Limbic
B)Prefrontal
C)Parietal
D)Occipital
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27
Subarachnoid hemorrhage causes communicating hydrocephalus by obstructing:
A)the cerebrospinal fluid flow between the ventricles.
B)the cerebrospinal fluid flow into the subarachnoid space.
C)blood flow to the arachnoid villi.
D)the absorption of cerebrospinal fluid by the arachnoid villi.
A)the cerebrospinal fluid flow between the ventricles.
B)the cerebrospinal fluid flow into the subarachnoid space.
C)blood flow to the arachnoid villi.
D)the absorption of cerebrospinal fluid by the arachnoid villi.
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28
The existence of regular, deep, and rapid respirations after a severe closed head injury is indicative of neurologic injury to the:
A)lower midbrain.
B)pontine area.
C)supratentorial.
D)cerebral area.
A)lower midbrain.
B)pontine area.
C)supratentorial.
D)cerebral area.
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29
Which midbrain dysfunction causes pupils to be pinpoint size and fixed in position?
A)Diencephalon dysfunction
B)Oculomotor cranial nerve dysfunction
C)Dysfunction of the tectum
D)Pontine dysfunction
A)Diencephalon dysfunction
B)Oculomotor cranial nerve dysfunction
C)Dysfunction of the tectum
D)Pontine dysfunction
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30
Antipsychotic drugs cause tardive dyskinesia by mimicking the effects of increased:
A)dopamine.
B)gamma-aminobutyric acid (GABA).
C)norepinephrine (NE).
D)acetylcholine.
A)dopamine.
B)gamma-aminobutyric acid (GABA).
C)norepinephrine (NE).
D)acetylcholine.
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31
Which are clinical manifestations caused by damage to the lower pons?
A)Abnormal flexion with or without extensor response of the lower extremities
B)Abnormal extension response of the upper and lower extremities
C)Abnormal extension response of the upper extremities and flexion of the lower extremities
D)Abnormal flaccid response in the upper and lower extremities
A)Abnormal flexion with or without extensor response of the lower extremities
B)Abnormal extension response of the upper and lower extremities
C)Abnormal extension response of the upper extremities and flexion of the lower extremities
D)Abnormal flaccid response in the upper and lower extremities
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32
With receptive dysphasia (fluent), the individual is able to:
A)respond in writing, but not in speech.
B)speak back, but not comprehend speech.
C)comprehend speech, but not respond verbally.
D)respond verbally, but not comprehend speech.
A)respond in writing, but not in speech.
B)speak back, but not comprehend speech.
C)comprehend speech, but not respond verbally.
D)respond verbally, but not comprehend speech.
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33
Which description is consistent with a complex partial seizure?
A)Alternative tonic and clonic movements
B)Consciousness is impaired as well as the ability to respond to exogenous stimuli
C)Focal motor movement without loss of consciousness
D)One seizure followed by another in less than 1 minute
A)Alternative tonic and clonic movements
B)Consciousness is impaired as well as the ability to respond to exogenous stimuli
C)Focal motor movement without loss of consciousness
D)One seizure followed by another in less than 1 minute
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34
A seizure that starts in the fingers and progressively spreads up the arm and extends to the leg is known as a(n) _____ seizure.
A)simple partial
B)focal
C)psychomotor
D)aversive
A)simple partial
B)focal
C)psychomotor
D)aversive
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35
Which edema is most often seen with noncommunicating hydrocephalus?
A)Metabolic
B)Interstitial
C)Vasogenic
D)Ischemic
A)Metabolic
B)Interstitial
C)Vasogenic
D)Ischemic
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36
Which dyskinesia involves involuntary movements of the face, trunk, and extremities?
A)Paroxysmal
B)Tardive
C)Hyperkinesia
D)Cardive
A)Paroxysmal
B)Tardive
C)Hyperkinesia
D)Cardive
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37
Status epilepticus is considered a medical emergency because of the:
A)loss of consciousness.
B)development of cerebral hypoxia.
C)possibility of a head injury during the seizures.
D)decrease in brain metabolism.
A)loss of consciousness.
B)development of cerebral hypoxia.
C)possibility of a head injury during the seizures.
D)decrease in brain metabolism.
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38
Which is a characteristic of brainstem death?
A)Vegetative state
B)Comatose
C)Apnea
D)Locked-in syndrome
A)Vegetative state
B)Comatose
C)Apnea
D)Locked-in syndrome
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39
Normal intracranial pressure is _____ mm Hg.
A)5 to 15
B)7 to 20
C)12 to 14
D)80 to 120
A)5 to 15
B)7 to 20
C)12 to 14
D)80 to 120
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40
Cerebral edema is an increase in the fluid content of the:
A)ventricles.
B)brain tissue.
C)neurons.
D)meninges.
A)ventricles.
B)brain tissue.
C)neurons.
D)meninges.
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41
Diagnostic criteria for a vegetative state (VS) include:
A)absence of eye opening.
B)lack of subcortical responses to pain stimuli.
C)roving eye movements with visual tracking.
D)return of autonomic functions such as gastrointestinal function.
A)absence of eye opening.
B)lack of subcortical responses to pain stimuli.
C)roving eye movements with visual tracking.
D)return of autonomic functions such as gastrointestinal function.
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42
What causes stage 1 of intracranial hypertension? Stage 1 intracranial hypertension is caused by the:
A)loss of autoregulation that normally maintains constant blood flow during changes in cerebral perfusion pressure (CPP).
B)displacement of cerebrospinal fluid (CSF) followed by compression of the cerebral venous system.
C)vasoconstriction of the cerebral arterial system with reciprocal increase in systemic blood pressure.
D)compression of the medulla oblongata in the brainstem by herniation of the cerebral cortex.
A)loss of autoregulation that normally maintains constant blood flow during changes in cerebral perfusion pressure (CPP).
B)displacement of cerebrospinal fluid (CSF) followed by compression of the cerebral venous system.
C)vasoconstriction of the cerebral arterial system with reciprocal increase in systemic blood pressure.
D)compression of the medulla oblongata in the brainstem by herniation of the cerebral cortex.
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43
It is observed that a person with a severe closed head injury has all four extremities in rigid extension and forearm hyperpronation and legs with plantar extension.This finding is documented as __________ posturing.
A)decorticate
B)decerebrate
C)spastic
D)cerebellar
A)decorticate
B)decerebrate
C)spastic
D)cerebellar
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44
Which neurologic disorder is characterized by cortical nerve cell processes that have become twisted and dilated?
A)Dementia syndrome
B)Delirium
C)Alzheimer disease
D)Parkinson disease
A)Dementia syndrome
B)Delirium
C)Alzheimer disease
D)Parkinson disease
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45
The body compensates to a rise in intracranial pressure by first displacing:
A)cerebrospinal fluid (CSF).
B)arterial blood.
C)venous blood.
D)cerebral cells.
A)cerebrospinal fluid (CSF).
B)arterial blood.
C)venous blood.
D)cerebral cells.
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46
Dilation of the ipsilateral pupil following uncal herniation is the result of pressure on which of the following cranial nerves?
A)Optic (CN I)
B)Abducens (CN VI)
C)Oculomotor (CN III)
D)Trochlear (CN IV)
A)Optic (CN I)
B)Abducens (CN VI)
C)Oculomotor (CN III)
D)Trochlear (CN IV)
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47
What pathologic alteration produces tremors at rest, rigidity, akinesia, and postural abnormalities?
A)Atrophy of neurons in the caudate that produce serotonin
B)Atrophy of neurons in the putamen that produce gamma-aminobutyric acid (GABA)
C)Atrophy of neurons in the substantia nigra that produce dopamine
D)Atrophy of neurons in the hypothalamus that produce acetylcholine
A)Atrophy of neurons in the caudate that produce serotonin
B)Atrophy of neurons in the putamen that produce gamma-aminobutyric acid (GABA)
C)Atrophy of neurons in the substantia nigra that produce dopamine
D)Atrophy of neurons in the hypothalamus that produce acetylcholine
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48
Uncal herniation occurs when:
A)the hippocampal gyrus shifts from the middle fossa through the tentorial notch into the posterior fossa.
B)the diencephalon shifts from the middle fossa straight downward through the tentorial notch into the posterior fossa.
C)the cingulate gyrus shifts under the falx cerebri.
D)a cerebellar tonsil shifts through the foramen magnum.
A)the hippocampal gyrus shifts from the middle fossa through the tentorial notch into the posterior fossa.
B)the diencephalon shifts from the middle fossa straight downward through the tentorial notch into the posterior fossa.
C)the cingulate gyrus shifts under the falx cerebri.
D)a cerebellar tonsil shifts through the foramen magnum.
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49
Characteristics of primary motor neuron amyotrophy include:
A)loss of sensation in distal, proximal, or midline muscles.
B)fasciculations and muscle cramps in distal, proximal, or midline muscles.
C)flaccid paralysis with paresthesia in distal, proximal, or midline muscles.
D)spastic paralysis with increased deep tendon reflexes in distal, proximal, or midline muscles.
A)loss of sensation in distal, proximal, or midline muscles.
B)fasciculations and muscle cramps in distal, proximal, or midline muscles.
C)flaccid paralysis with paresthesia in distal, proximal, or midline muscles.
D)spastic paralysis with increased deep tendon reflexes in distal, proximal, or midline muscles.
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50
Parkinson disease is a degenerative disorder of the:
A)hypothalamus.
B)anterior pituitary.
C)frontal lobe.
D)basal ganglia.
A)hypothalamus.
B)anterior pituitary.
C)frontal lobe.
D)basal ganglia.
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51
Dementia is characterized by:
A)deficits in attention and coherence of thought.
B)easy distractibility and poor concentration.
C)loss of recent and remote memory.
D)irritability, agitation, and restlessness.
A)deficits in attention and coherence of thought.
B)easy distractibility and poor concentration.
C)loss of recent and remote memory.
D)irritability, agitation, and restlessness.
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52
Which of the following is the most critical index of nervous system dysfunction?
A)Size and reactivity of pupils
B)Pattern of breathing
C)Motor response
D)Level of consciousness
A)Size and reactivity of pupils
B)Pattern of breathing
C)Motor response
D)Level of consciousness
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53
Tactile agnosia is related to injury of the:
A)frontotemporal lobe.
B)parietal lobe.
C)temporal lobe.
D)Broca area.
A)frontotemporal lobe.
B)parietal lobe.
C)temporal lobe.
D)Broca area.
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54
Which assessment finding marks the end of spinal shock?
A)Blood pressure and heart rate return to normal.
B)Spinal reflexes gradually return.
C)Bowel and bladder function return.
D)Deep tendon reflexes diminish and flaccid paralysis is evident.
A)Blood pressure and heart rate return to normal.
B)Spinal reflexes gradually return.
C)Bowel and bladder function return.
D)Deep tendon reflexes diminish and flaccid paralysis is evident.
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55
Clinical manifestations of Parkinson disease are caused by a deficit in which neurotransmitter?
A)Gamma-aminobutyric acid (GABA)
B)Dopamine
C)Norepinephrine (NE)
D)Acetylcholine
A)Gamma-aminobutyric acid (GABA)
B)Dopamine
C)Norepinephrine (NE)
D)Acetylcholine
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56
Since his cerebrovascular accident, a man has been denying his left hemiplegia.What term is used to describe this finding?
A)Visual agnosia
B)Anosognosia
C)Amusia agnosia
D)Agraphia agnosia
A)Visual agnosia
B)Anosognosia
C)Amusia agnosia
D)Agraphia agnosia
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57
In amyotrophy, paresis and paralysis are segmental.Why is the segmental character of weakness difficult to recognize? The weakness resulting from the segmental paresis and paralysis characteristic of amyotrophy is difficult to recognize because:
A)upper motor neurons are involved.
B)posterior horn cell injury is involved.
C)each muscle is supplied by two or more nerve roots.
D)the person is unable to feel the involved muscles.
A)upper motor neurons are involved.
B)posterior horn cell injury is involved.
C)each muscle is supplied by two or more nerve roots.
D)the person is unable to feel the involved muscles.
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58
Dilated and sluggish pupils, widening pulse pressure, and bradycardia are clinical findings evident of which stage of intracranial hypertension?
A)Stage 1
B)Stage 2
C)Stage 3
D)Stage 4
A)Stage 1
B)Stage 2
C)Stage 3
D)Stage 4
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59
Most dysphasias are associated with cerebrovascular accidents involving which artery?
A)Anterior communicating artery
B)Posterior communicating artery
C)Circle of Willis
D)Middle cerebral artery
A)Anterior communicating artery
B)Posterior communicating artery
C)Circle of Willis
D)Middle cerebral artery
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60
After a cerebrovascular accident, a man is unable to feel and identify a comb with his eyes closed.This is an example of:
A)agraphia.
B)tactile agnosia.
C)anosognosia.
D)prosopagnosia.
A)agraphia.
B)tactile agnosia.
C)anosognosia.
D)prosopagnosia.
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61
Match the terms with the corresponding descriptions.
Receptive dysphasia
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
Receptive dysphasia
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
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62
The clinical manifestations of Parkinson disease (PD) include:
A)muscle tremor; slow, rigid movements; and postural abnormalities.
B)muscle weakness, difficulty chewing, and drooping eyelids.
C)decreased memory, depression, and indifference.
D)paralysis and absent sensation below the level of the lesion.
A)muscle tremor; slow, rigid movements; and postural abnormalities.
B)muscle weakness, difficulty chewing, and drooping eyelids.
C)decreased memory, depression, and indifference.
D)paralysis and absent sensation below the level of the lesion.
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63
Match the terms with the corresponding descriptions.
Expressive dysphasia
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
Expressive dysphasia
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
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64
Match the terms with the corresponding descriptions.
Upper motor neuron disorders
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
Upper motor neuron disorders
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
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65
Match the terms with the corresponding descriptions.
Decrease in voluntary movement
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
Decrease in voluntary movement
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
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66
In Parkinson disease (PD) the basal ganglia influences the hypothalamic function to produce which grouping of clinical manifestations?
A)Inappropriate diaphoresis, orthostatic hypotension, constipation, and urinary retention
B)Asymmetric, regular, rhythmic tremors with slow alternating flexion and extension contractions
C)Involuntary contractions of skeletal muscles that impair active and passive movement
D)Bradykinesia of chewing, swallowing, and articulation
A)Inappropriate diaphoresis, orthostatic hypotension, constipation, and urinary retention
B)Asymmetric, regular, rhythmic tremors with slow alternating flexion and extension contractions
C)Involuntary contractions of skeletal muscles that impair active and passive movement
D)Bradykinesia of chewing, swallowing, and articulation
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67
Match the terms with the corresponding descriptions.
Lower motor neuron disorders
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
Lower motor neuron disorders
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
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68
Match the terms with the corresponding descriptions.
Abnormal involuntary movement
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
Abnormal involuntary movement
A)Paroxysmal dyskinesia
B)Flaccidity
C)Wernicke aphasia
D)Spasticity
E)Akinesia
F)Broca dysphasia
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Unlock Deck
k this deck