Question 1
Question
You are preparing for an initial eval with a new patient. You know he had a CVA, but you can't find in the chart which cerebral artery was involved. During the eval you note the following deficits: Left-sided hemiparesis and sensory loss with mostly LE involvement and mental confusion.
Based solely upon these findings, which artery was most likely involved?
Answer
-
R ACA
-
R MCA
-
R PCA
-
L MCA
-
L PCA
-
L ACA
Question 2
Question
You are preparing for an initial eval with a new patient. You know he had a CVA, but you can't find in the chart which cerebral artery was involved. During the eval you note the following deficits: left-side hemiparesis and sensory loss with mostly UE involvement, Homonymous Hemianopsia, and left-side neglect.
Based solely upon these findings, which artery was most likely involved?
Answer
-
R MCA
-
L MCA
-
R ACA
-
L ACA
-
R PCA
-
L PCA
Question 3
Question
You are preparing for an initial eval with a new patient. You know he had a CVA, but you can't find in the chart which cerebral artery was involved. During the eval you note the following deficits: Right-sided hemiparesis and sensory loss with mostly UE involvement, homonymous hemianopsia, apraxia, and aphasia.
Based solely upon these findings, which artery was most likely involved?
Answer
-
L MCA
-
R MCA
-
L ACA
-
R ACA
-
L PCA
-
R PCA
Question 4
Question
You are preparing for an initial eval with a new patient. You know she had a CVA, but you can't find in the chart which cerebral artery was involved. During the eval you note the following deficits: Transient left-sided hemiparesis and sensory loss and left-sided homonymous hemianopsia
Based solely upon these findings, which artery was most likely involved?
Answer
-
R PCA
-
L PCA
-
R MCA
-
L MCA
-
R ACA
-
L ACA
Question 5
Question
Which of the following are typical effects of RIGHT-SIDED Brain Damage?
Answer
-
Unilateral Left-Sided Neglect
-
Agnosia
-
Quick and Impulsive Behavior
-
Poor Judgement
-
Unawareness of Deficits
-
Emotional Lability (in appropriate laughing/crying)
-
Aphasia
-
Apraxia
-
Awareness of Deficits
-
Depressed and Negative Attitude
Question 6
Question
Which of the following are typical effects of LEFT-SIDED Brain Damage?
Answer
-
Aphasia
-
Apraxia
-
Slow, cautious, and hesitant behavior
-
Awareness of Deficits
-
Depressed and Negative Attitude
-
Unilateral Left-Sided Neglect
-
Agnosia
-
Poor Judgement
-
Unawareness of Deficits
-
Emotional lability (inappropriate laughing/crying)
Question 7
Question
[blank_start]Ideomotor apraxia[blank_end]: understand what to do but are unable to perform task. Habitual tasks can be done automatically but inability to perform on command.
[blank_start]Ideational apraxia[blank_end]: have lost the idea of what to do. Unable to conceptualize a task and cannot perform purposeful motor act either on command or automatically.
Answer
-
Ideomotor apraxia
-
Ideational apraxia
-
Ideational apraxia
-
Ideomotor apraxia
Question 8
Question
[blank_start]Coup-contrecoup injury[blank_end] - When the brain “bounces” due to the force of impact and make contact with the skull at the opposite side of local damage.
[blank_start]Polar brain injury[blank_end] - Occurs in response to acceleration-deceleration and rotational forces (such as in a head on collision). The moving body and head suddenly stop with impact but the brain continues to accelerate forward until it slams into the skull.
[blank_start]Diffuse Axonal Injury (DAI)[blank_end] - Rapid movement of the brain within the skull causes widespread stretching and tearing of the neuronal axons within their myelin sheaths (subcortical white matter shearing).
Answer
-
Coup-contrecoup injury
-
Polar Brain Injury
-
Diffuse Axonal Injury (DAI)
-
Polar brain injury
-
Coup-contrecoup Injury
-
Diffuse Axonal Injury (DAI)
-
Diffuse Axonal Injury (DAI)
-
Coup-contrecoup Injury
-
Polar Brain Injury
Question 9
Question
Which type of Hematoma is associated with Medial Meningeal Artery Damage?
Answer
-
Epidural
-
Subdural
-
Intracerebral
Question 10
Question
Which type of Hematoma is particularly common in the elderly?
Answer
-
Epidural
-
Subdural
-
Intracerebral
Question 11
Question
In the Disablement Frameworks, what is defined as "interruption or interference with normal processes, and effort of the organism to regain normal state."
Answer
-
Nagi - Active Pathology
-
Nagi - Impairment
-
Nagi Functional Limitation
-
ICF - Health Condition
-
ICF - Activity Limitation
-
ICF - Participation Restriction
Question 12
Question
In the Disablement Frameworks, what is defined as "anatomical, physiological, mental or emotional abnormalities"?
Question 13
Question
In the Disablement Frameworks, what is defined as "limitation in performance at the level of the whole organism or person"?
Question 14
Question
In the Disablement Frameworks, what is defined as "problems an individual may experience in involvement in life situations"?
Answer
-
ICF - Participation Restriction
-
ICF - Activity Limitation
-
ICF - Impairment
-
Nagi - Functional Limitation
-
Nagi - Impairment
Question 15
Question
Which disablement model accounts for personal and environmental factors?
Question 16
Question
Which of the following correspond to Spasticity?
Answer
-
Occurs during Fast, Passive Elongation
-
Caused by stimulation of the muscle spindle and hyperexcitability of the stretch reflex
-
Related to a lesion of the UML of Corticospinal Tract
-
Occurs during Fast and Slow, Passive Elongation
-
Commonly associated with lesions of the Basal Ganglia
-
Affects both Agonist and Antagonist muscles
Question 17
Question
Which of the following correspond to Rigidity?
Answer
-
Affects both Agonist and Antagonist muscles
-
Commonly associated with lesions of the Basal Ganglia
-
Occurs during Fast and Slow, Passive Elongation
-
Caused by stimulation of the muscle spindle and hyperexcitability of the stretch reflex
-
Caused by lesion of the UML of Corticospinal Tract
-
Occurs during Fast, Passive Elongation
Question 18
Question
At which Brunnstrom Level is Spasticity at its worst?
Answer
-
Stage 1
-
Stage 2
-
Stage 3
-
Stage 4
-
Stage 5
-
Stage 6
Question 19
Question
During which Brunnstrom Stages does the patient have Spasticity?
Answer
-
Stage 1
-
Stage 2
-
Stage 3
-
Stage 4
-
Stage 5
-
Stage 6
Question 20
Question
Once your patient reaches Brunnstrom Stage 1, most of his symptoms have disappeared (spasticity, flaccidity, etc.).
Question 21
Question
One aspect of Wernicke's Aphasia is that the patient becomes frustrated with their inability to communicate.
Question 22
Question
[blank_start]Visual Object Agnosia[blank_end] - Failure to recognize visually-presented objects, despite normal vision.
[blank_start]Simultagnosia[blank_end] - Inability to perceive multiple sensations at once when trying to perceive a stimulus as a whole.
[blank_start]Prosopagnosia[blank_end] - Inability to identify a known person by their face.
[blank_start]Auditory Agnosia[blank_end] - Inability to recognize non-speech sounds or discriminate between them.
[blank_start]Astereognosis[blank_end] - Inability to recognize objects by handling or touching them.
Answer
-
Visual Object Agnosia
-
Simultagnosia
-
Prosopagnosia
-
Auditory Agnosia
-
Astereognosis
Question 23
Question
Put the Motor Control Theories in Chronological Order:
[blank_start]Reflex Theory[blank_end] - Late 1800s - Early 1900s
[blank_start]Hierarchical Theory[blank_end] - Mid 1900s
[blank_start]Contemporary Systems Theory[blank_end] - Late 1900s
Question 24
Question
Which Motor Control Theory states : "Reflexes are modified to adapt to the task via central commands."
Question 25
Question
Which Motor Control Theory can be described as "an integrated theory of motor control that allows for flexibility of motor patterns (versus stereotyped movements) that can adapt to the task and the environmental constraints."
Question 26
Question
Which Motor Control Theory states that "Reflexes are the building blocks of complex behavior."
Question 27
Question
Label this image
Question 28
Question
Which of the following are limitations of the Reflex Theory of Motor Control?
Answer
-
It does not explain novel movements
-
Many coordinated movements (i.e. locomotion) can be performed in the absence of sensory input
-
The reflex is the basic unit of behavior
-
Inhibition of primitive reflexes does not release normal movements
-
Very cognitive (requires active problem solving)
Question 29
Question
Which of the following are limitations of the Hierarchical Theory of Motor Control?
Answer
-
It does not explain the normal presence of primitive reflexes in neurologically healthy adults
-
Inhibition of primitive reflexes does not release normal movements
-
It does not explain novel movements
-
Reflex chaining does not explain the fact that a single stimuli can result in variable response
-
Very cognitive (requires active problem solving)
Question 30
Question
If your patient has a balance deficit, which type of impairment is it?
Answer
-
Composite
-
Direct
-
Indirect
Question 31
Question
The coordination test we learned in lab which involves the patient rapidly alternating both hands between supination and pronation is testing for which of the following conditions?
Answer
-
Dysdiadochokinesia
-
Dysmetria
-
Intention Tremor
-
Resting Tremor
Question 32
Question
An action tremor (aka intention tremor) may be caused by a lesion to which of the following areas of the CNS?
Answer
-
Cerebellum
-
Basal Ganglia
-
Spinal Cord
Question 33
Question
Lesion to the Basal Ganglia results in which sort of tremor?
Answer
-
Resting Tremor
-
Action Tremor
Question 34
Question
A lesion of the cerebellum may result in which of the following coordination problems?
Answer
-
Dysdiadochokinesia
-
Action Tremor
-
Dysmetria
-
Akinesia
-
Bradykinesia
-
Rigidity
-
Resting Tremor
-
Chorea
-
Athetosis
Question 35
Question
A lesion of the basal ganglia may result in which of the following coordination problems?
Answer
-
Akinesia
-
Bradykinesia
-
Rigidity
-
Resting Tremor
-
Chorea
-
Athetosis
-
Dysdiadochokinesia
-
Hypermetria
Question 36
Question
Spascticity is velocity dependent.
Question 37
Question
[blank_start]Obtunded[blank_end]: Patient has a decreased interest in their surroundings, slowed response to stimuli, and sleepiness.
[blank_start]Stupor[blank_end]: Patient has an even lower level of consciousness; only responds by grimacing or drawing away from painful stimuli.
[blank_start]Coma[blank_end]: Patient cannot be aroused; no response to stimuli.
Question 38
Question
[blank_start]Expressive Aphasia[blank_end]: Characterized by awkward articulation, restricted vocabulary and a preservation of auditory comprehension
[blank_start]Receptive Aphasia[blank_end]: An impairment in auditory comprehension. Speech remains fluent, but is marked by word substitutions.
[blank_start]Dysarthria[blank_end]: “Slurred speech”; may occur after an UMN lesion when there is damage to the motor system controlling the muscles and movements associated with speech production (right and left sided lesions).
[blank_start]Dysphagia[blank_end]: Impaired swallowing ability. It occurs in 30-40% of individuals with stroke and is common in patients with Parkinsons’s discase, MS, and cerebral palsy.
Answer
-
Expressive Aphasia
-
Receptive Aphasia
-
Dysarthria
-
Dysphagia
Question 39
Question
Which type of Hematoma is considered the most deadly?
Answer
-
Epidural
-
Subdural
-
Intracerebral
Question 40
Question
Which of the following represents the correct cascade of events following oxygen deprivation in the brain secondary to a stroke?
Answer
-
Neurons release excessive Glutamate;
Altered Ca Ion channels cause influx of Ca into neurons;
High-levels of intracellular Ca activates destructive Ca-sensitive enzymes;
Enzymes cause further neuronal cell death;
Intracellular fluid floods into brain causing edema.
-
Altered Ca Ion channels cause influx of Ca into neurons;
High-levels of intracellular Ca activates destructive Ca-sensitive enzymes;
Enzymes cause further neuronal cell death;
Neurons release excessive Glutamate;
Intracellular fluid floods into brain causing edema.
-
Intracellular fluid floods into brain causing edema;
Altered Ca Ion channels cause influx of Ca into neurons;
High-levels of intracellular Ca activates destructive Ca-sensitive enzymes;
Enzymes cause further neuronal cell death;
Neurons release excessive Glutamate;
Question 41
Question
Which of the following values are indicative of normal ICP?
Answer
-
4 mmHg
-
15 mmHg
-
12 mmHg
-
2 mmHg
-
20 mmHg
-
40 mmHg
Question 42
Question
At which of the following levels of ICP is it necessary to notify the patient's nurse and doctor, but it's ok to continue therapy?
Answer
-
10 mmHg
-
25 mmHg
-
15 mmHg
-
5 mmHg
-
30 mmHg
Question 43
Question
At which of the following levels of ICP should you immediately stop therapy and notify the patient's nurse and doctor?
Answer
-
5 mmHg
-
15 mmHg
-
20 mmHg
-
30 mmHg
Question 44
Question
Brain edema begins within [blank_start]minutes[blank_end] of stroke onset, peaks around [blank_start]3 - 4 days[blank_end], and disappears within [blank_start]3 weeks[blank_end].
Answer
-
a few minutes
-
60 minutes
-
4 hours
-
3 - 4 days
-
7 - 10 days
-
10 - 14 days
-
3 weeks
-
2 months
-
6 months
Question 45
Question
Typical onset of Multiple Sclerosis begins during which of the following age brackets?
Answer
-
20 and 40 years of age
-
50 and 70 years of age
-
5 and 10 years of age
-
65 and 70 years of age
Question 46
Question
Typical onset of Parkinson's Disease begins during which of the following age brackets?
Answer
-
50 - 60 years of age
-
20 - 40 years of age
-
5 - 10 years of age
-
70 - 80 years of age
Question 47
Question
Which type of Multiple Sclerosis is described below?
• Characterized by discrete attacks of neurological deficits with either full or partial recovery in subsequent weeks to months.
• The periods between relapses are characterized by lack of disease progression.
Answer
-
Relapsing-Remitting MS (RRMS)
-
Secondary-Progressive MS (SPMS)
-
Primary-Progressive MS (PPMS)
-
Progressive-Relapsing MS (PRMS)
Question 48
Question
Which type of Multiple Sclerosis is described below?
• Characterized by an initial relapsing-remitting course, followed by a change in clinical course with progression to steady and irreversible decline with or without continued acute attacks.
• May be the result of progressive axonal loss rather than new lesions.
Answer
-
Relapsing-Remitting MS (RRMS)
-
Secondary-Progressive MS (SPMS)
-
Primary-Progressive MS (PPMS)
-
Progressive-Relapsing MS (PRMS)
Question 49
Question
Which type of Multiple Sclerosis is described below?
• Characterized by disease progression and steady functional decline from onset; patients may experience modest fluctuations in neurological disability but discrete attacks do not occur.
Answer
-
Relapsing-Remitting MS (RRMS)
-
Secondary-Progressive MS (SPMS)
-
Primary-Progressive MS (PPMS)
-
Progressive-Relapsing MS (PRMS)
Question 50
Question
Which type of Multiple Sclerosis is described below?
• Characterized by a steady deterioration in disease from onset but with occasional acute attacks.
• Intervals between attacks are characterized by continuing disease progression.
Answer
-
Relapsing-Remitting MS (RRMS)
-
Secondary-Progressive MS (SPMS)
-
Primary-Progressive MS (PPMS)
-
Progressive-Relapsing MS (PRMS)
Question 51
Question
Which of the following is the Abnormal Flexion Synergy Pattern for UE?
Answer
-
Scapular – Retraction/Elevation
Shoulder – AB-D, ER
Elbow – Flexion
Forearm – Supination
Wrist – Flexion
Fingers - Flexion
-
Scapular – Retraction/Elevation
Shoulder – AB-D, IR
Elbow – Flexion
Forearm – Pronation
Wrist – Flexion
Fingers - Extension
-
Scapular – Retraction/Elevation
Shoulder – AD-D, ER
Elbow – Flexion
Forearm – Pronation
Wrist – Flexion
Fingers - Extension
-
Scapular – Retraction/Elevation
Shoulder – AD-D, ER
Elbow – Flexion
Forearm – Pronation
Wrist – Flexion
Fingers - Flexion
Question 52
Question
Which of the following is the Abnormal Extension Synergy Pattern for UE?
Answer
-
Scapular – Protraction
Shoulder – AD-D, IR
Elbow – Extension
Forearm – Pronation
Wrist – Extension
Fingers - Flexion
-
Scapular – Retraction
Shoulder – AD-D, IR
Elbow – Extension
Forearm – Pronation
Wrist – Extension
Fingers - Extension
-
Scapular – Retraction
Shoulder – AB-D, IR
Elbow – Extension
Forearm – Pronation
Wrist – Extension
Fingers - Extension
-
Scapular – Retraction
Shoulder – AB-D, IR
Elbow – Extension
Forearm – Supination
Wrist – Extension
Fingers - Flexion
Question 53
Question
Select the proper components for the Abnormal Flexion Synergy Pattern for LE?
Answer
-
Hip - Flexion, AB-D, ER
-
Knee - Flexion
-
Ankle - DF, Inversion
-
Toe DF
-
Hip - Flexion, AB-D, IR
-
Hip - Flexion, AD-D, IR
-
Ankle - PF, Inversion
-
Ankle - PF, Eversion
-
Toe - PF
Question 54
Question
Select the proper components for the Abnormal Extension Synergy Pattern for LE?
Answer
-
Hip - Extension, AD-D, IR
-
Knee Extension
-
Ankle - PF, Inversion
-
Toe - PF
-
Toe - DF
-
Ankle - DF, Inversion
-
Ankle - DF, Eversion
-
Hip - Extension, AB-D, IR
Question 55
Question
You are working with a patient with a known abnormal synergy pattern.
Assuming cerebral shock has resolved, what happens when you resist Flexion at a joint of the UnInvolved UE?
Answer
-
Flexion synergy of the Involved UE
-
Extension synergy of the Involved UE
-
Flexion synergy of the Involved LE
-
Extension synergy of the Involved LE
Question 56
Question
You are working with a patient with a known abnormal synergy pattern.
Assuming cerebral shock has resolved, what happens when you resist Extension at a joint of the UnInvolved UE?
Answer
-
Extension synergy of the Involved UE
-
Flexion synergy of the Involved UE
-
Extension synergy of the Involved LE
-
Flexion synergy of the Involved LE
Question 57
Question
You are working with a patient with a known abnormal synergy pattern.
Assuming cerebral shock has resolved, what happens when you resist Flexion at a joint of the UnInvolved LE?
Answer
-
Extension Synergy of the Involved LE
-
Extension Synergy of the Involved UE
-
Flexion Synergy of the Involved LE
-
Flexion Synergy of the Involved UE
Question 58
Question
You are working with a patient with a known abnormal synergy pattern.
Assuming cerebral shock has resolved, what happens when you resist Extension at a joint of the UnInvolved LE?
Answer
-
Flexion synergy of the involved LE
-
Extension synergy of the involved LE
-
Flexion synergy of the involved UE
-
Extension synergy of the involved UE
Question 59
Question
You are working with a patient with a known abnormal synergy pattern.
Assuming cerebral shock has resolved, what happens when you resist Flexion at a joint of the Involved UE?
Answer
-
Flexion synergy of the involved LE
-
Extension synergy of the involved LE
-
Flexion synergy of the Uninvolved LE
-
Extension synergy of the Uninvolved LE
Question 60
Question
You are working with a patient with a known abnormal synergy pattern.
Assuming cerebral shock has resolved, what happens when you resist Extension at a joint of the Involved LE?
Answer
-
Extension synergy of the Involved UE
-
Flexion synergy of the Involved UE
-
Extension synergy of the UnInvolved LE
-
Flexion synergy of the UnInvolved LE
Question 61
Question
[blank_start]Homonymous Hemianopsia[blank_end]: a visual field cut that reduces part or all of the contra-lesional visual field.
[blank_start]Diploplia[blank_end]: double vision, which can be the result of a decrease in oculomotor control or range of motion.
[blank_start]Strabismus[blank_end]: an eye alignment problem that leads to difficulty with depth perception.
[blank_start]Nystagmus[blank_end]: involuntary, cyclic movement of the eye (side to side/horizontal, up-down, or rotatory/torsional).
Answer
-
Homonymous Hemianopsia
-
Diploplia
-
Strabismus
-
Nystagmus