Virtual Simucase: Dave- Assessment (SLP) | Complete
Assessment results transcript | latest 100% 2025/26 - my
Competency Score 97%. - 49 Questions
This exam assesses advanced competency in case history and background interpretation for a simulated adult
patient (Dave) undergoing a comprehensive speech-language pathology assessment. Candidates must
demonstrate ability to analyze medical, developmental, and psychosocial history to inform diagnostic hypotheses
and clinical decision-making. It contains 49 multiple-choice questions, each with four distractors and a fully
worked rationale that explains why the keyed answer is correct. Content is organized into 10 focused sections:
Case History and Background, Oral Mechanism Examination, Speech Sound Assessment, Language Assessment,
Fluency Assessment, Voice Assessment, Cognitive-Communication Assessment, Swallowing/Feeding Assessment,
Standardized Testing and Results Interpretation, Clinical Impressions and Recommendations. Targeted learning
outcomes include: Synthesize case history data to identify primary communication disorder and contributing
factors.; Differentiate between etiologies based on onset, progression, and medical history.; Evaluate the impact
of psychosocial and environmental factors on assessment results.; Apply knowledge of neuroanatomy and
physiology to interpret background findings.. Every item has been reviewed for clinical accuracy, current
guidelines, and clarity so that students can study with confidence and self-correct as they work through the bank.
Use it as a high-yield review immediately before the exam, or as a structured practice tool during the unit - the
rationales double as concise teaching notes. The recommended writing time is 2 hours, with a passing score of
Section 1: Case History and Background (Questions 1-5)
1 During the case history review for Dave, you note that his medical
records indicate a sudden onset of expressive aphasia with right-sided
hemiparesis following a thrombotic event. However, the patient's spouse
reports that the speech difficulties have progressively worsened over the
past year. Which of the following best reconciles this discrepancy?
A) The spouse's report is likely inaccurate due to recall bias; the medical
record should be considered definitive.
B) The initial event likely caused a static aphasia, but subsequent silent
strokes or neurodegenerative disease may explain the progressive
decline.
C) The progressive worsening is most consistent with a functional
neurological disorder, given the mismatch between subjective report and
objective findings.
D) The patient likely experienced a transient ischemic attack (TIA) with
persistent symptoms, and the medical documentation is erroneous.
Answer: B
Rationale: The sudden onset of aphasia and hemiparesis is classic for a
,thrombotic stroke, which typically results in stable deficits. However,
progressive worsening suggests additional pathology, such as recurrent
silent strokes or a comorbid neurodegenerative condition (e.g., primary
progressive aphasia). Option A dismisses valuable collateral information;
option C lacks evidence for functional disorder; option D contradicts the
documented thrombotic event.
2 Dave's case history reveals a 30-year history of hypertension poorly
controlled with medication, and a recent diagnosis of atrial fibrillation.
He also reports occasional episodes of blurred vision and dizziness.
Given this background, which of the following is the most likely
vascular mechanism underlying his communication deficits?
A) Lacunar infarcts in the basal ganglia due to hypertensive arteriopathy.
B) Cardioembolic stroke to the left middle cerebral artery territory.
C) Watershed infarcts from systemic hypotension.
D) Cerebral amyloid angiopathy causing lobar hemorrhages.
Answer: B
Rationale: Atrial fibrillation is a major risk factor for cardioembolic stroke,
which often embolizes to the left middle cerebral artery, causing aphasia
and right-sided weakness. Hypertensive arteriopathy (A) typically causes
lacunar strokes that may produce dysarthria but not classic aphasia.
Watershed infarcts (C) result from hypotension, not atrial fibrillation.
Cerebral amyloid angiopathy (D) causes hemorrhagic strokes, not
ischemic events.
3 When reviewing Dave's developmental and educational history, you
learn that he was a premature infant (born at 32 weeks) with no known
history of language delay or learning disabilities. He completed high
school and worked as a mechanic. Which of the following best
interprets the relevance of this information to his current assessment?
A) Prematurity is strongly associated with long-term language deficits,
so his current aphasia likely reflects a pre-existing condition exacerbated
by stroke.
,B) The lack of prior language difficulties suggests that his current
deficits are likely acquired and not developmental, supporting an acute
etiology.
C) His occupation as a mechanic may have exposed him to neurotoxic
chemicals, potentially contributing to a progressive neurodegenerative
process.
D) The educational history indicates possible undiagnosed learning
disabilities that may confound the assessment of acquired aphasia.
Answer: B
Rationale: The absence of developmental language concerns and learning
disabilities suggests that his communication skills were intact prior to the
recent event. Prematurity alone, without history of language delay, does
not predispose to adult-onset aphasia. Thus, the current deficits are most
likely acquired from the stroke. Option A overstates prematurity risk; C is
speculative without exposure history; D is unfounded given no prior
academic struggles.
4 Dave's case history includes a note that he has been experiencing
significant social withdrawal and depressed mood since his stroke. His
wife reports that he refuses to attend speech therapy and has become
irritable. Which of the following best explains the impact of these
psychosocial factors on his assessment?
A) Depression and social withdrawal are expected post-stroke and do not
significantly affect language assessment results.
B) These factors may lead to reduced participation and effort during
testing, potentially underestimating his true language abilities.
C) Irritability and refusal to attend therapy are signs of frontal lobe
involvement, indicating executive dysfunction that should be the primary
focus.
D) The spouse's report is subjective; the SLP should rely solely on
objective test scores to determine severity.
Answer: B
Rationale: Post-stroke depression and social withdrawal are common and
can significantly impact motivation and engagement during assessment.
, This can result in performance that underestimates the patient's actual
language abilities, leading to inaccurate severity ratings. Option A
dismisses a critical confound; C incorrectly localizes irritability to frontal
lobe without evidence; D ignores the value of collateral information in
interpreting test results.
5 In reviewing Dave's medication list from the case history, you note he is
on warfarin for atrial fibrillation, lisinopril for hypertension, and
sertraline for depression. He also reports occasional use of
over-the-counter ibuprofen for joint pain. Which of the following is the
most clinically significant concern for the speech-language assessment?
A) Ibuprofen may increase the risk of bleeding, but this is irrelevant to
speech assessment.
B) Sertraline can cause dry mouth, which may affect oral motor
assessment and speech production.
C) Warfarin requires monitoring of INR, but does not directly affect
communication.
D) Lisinopril may cause a chronic cough that could interfere with vocal
quality and assessment.
Answer: D
Rationale: Lisinopril, an ACE inhibitor, is known to cause a persistent dry
cough in some patients. This could affect vocal quality and confound the
assessment of voice or speech production. While sertraline can cause dry
mouth (B), the cough from lisinopril is a more direct confound for speech
assessment. Options A and C are less relevant to the immediate clinical
assessment.
Section 2: Oral Mechanism Examination (Questions 6-10)
6 During an oral mechanism examination, a patient presents with a
unilateral weak, 'curtain-like' movement of the posterior pharyngeal wall
toward the stronger side upon phonation. Which cranial nerve is most
likely affected, and what is the clinical significance of this finding for
swallowing function?
Assessment results transcript | latest 100% 2025/26 - my
Competency Score 97%. - 49 Questions
This exam assesses advanced competency in case history and background interpretation for a simulated adult
patient (Dave) undergoing a comprehensive speech-language pathology assessment. Candidates must
demonstrate ability to analyze medical, developmental, and psychosocial history to inform diagnostic hypotheses
and clinical decision-making. It contains 49 multiple-choice questions, each with four distractors and a fully
worked rationale that explains why the keyed answer is correct. Content is organized into 10 focused sections:
Case History and Background, Oral Mechanism Examination, Speech Sound Assessment, Language Assessment,
Fluency Assessment, Voice Assessment, Cognitive-Communication Assessment, Swallowing/Feeding Assessment,
Standardized Testing and Results Interpretation, Clinical Impressions and Recommendations. Targeted learning
outcomes include: Synthesize case history data to identify primary communication disorder and contributing
factors.; Differentiate between etiologies based on onset, progression, and medical history.; Evaluate the impact
of psychosocial and environmental factors on assessment results.; Apply knowledge of neuroanatomy and
physiology to interpret background findings.. Every item has been reviewed for clinical accuracy, current
guidelines, and clarity so that students can study with confidence and self-correct as they work through the bank.
Use it as a high-yield review immediately before the exam, or as a structured practice tool during the unit - the
rationales double as concise teaching notes. The recommended writing time is 2 hours, with a passing score of
Section 1: Case History and Background (Questions 1-5)
1 During the case history review for Dave, you note that his medical
records indicate a sudden onset of expressive aphasia with right-sided
hemiparesis following a thrombotic event. However, the patient's spouse
reports that the speech difficulties have progressively worsened over the
past year. Which of the following best reconciles this discrepancy?
A) The spouse's report is likely inaccurate due to recall bias; the medical
record should be considered definitive.
B) The initial event likely caused a static aphasia, but subsequent silent
strokes or neurodegenerative disease may explain the progressive
decline.
C) The progressive worsening is most consistent with a functional
neurological disorder, given the mismatch between subjective report and
objective findings.
D) The patient likely experienced a transient ischemic attack (TIA) with
persistent symptoms, and the medical documentation is erroneous.
Answer: B
Rationale: The sudden onset of aphasia and hemiparesis is classic for a
,thrombotic stroke, which typically results in stable deficits. However,
progressive worsening suggests additional pathology, such as recurrent
silent strokes or a comorbid neurodegenerative condition (e.g., primary
progressive aphasia). Option A dismisses valuable collateral information;
option C lacks evidence for functional disorder; option D contradicts the
documented thrombotic event.
2 Dave's case history reveals a 30-year history of hypertension poorly
controlled with medication, and a recent diagnosis of atrial fibrillation.
He also reports occasional episodes of blurred vision and dizziness.
Given this background, which of the following is the most likely
vascular mechanism underlying his communication deficits?
A) Lacunar infarcts in the basal ganglia due to hypertensive arteriopathy.
B) Cardioembolic stroke to the left middle cerebral artery territory.
C) Watershed infarcts from systemic hypotension.
D) Cerebral amyloid angiopathy causing lobar hemorrhages.
Answer: B
Rationale: Atrial fibrillation is a major risk factor for cardioembolic stroke,
which often embolizes to the left middle cerebral artery, causing aphasia
and right-sided weakness. Hypertensive arteriopathy (A) typically causes
lacunar strokes that may produce dysarthria but not classic aphasia.
Watershed infarcts (C) result from hypotension, not atrial fibrillation.
Cerebral amyloid angiopathy (D) causes hemorrhagic strokes, not
ischemic events.
3 When reviewing Dave's developmental and educational history, you
learn that he was a premature infant (born at 32 weeks) with no known
history of language delay or learning disabilities. He completed high
school and worked as a mechanic. Which of the following best
interprets the relevance of this information to his current assessment?
A) Prematurity is strongly associated with long-term language deficits,
so his current aphasia likely reflects a pre-existing condition exacerbated
by stroke.
,B) The lack of prior language difficulties suggests that his current
deficits are likely acquired and not developmental, supporting an acute
etiology.
C) His occupation as a mechanic may have exposed him to neurotoxic
chemicals, potentially contributing to a progressive neurodegenerative
process.
D) The educational history indicates possible undiagnosed learning
disabilities that may confound the assessment of acquired aphasia.
Answer: B
Rationale: The absence of developmental language concerns and learning
disabilities suggests that his communication skills were intact prior to the
recent event. Prematurity alone, without history of language delay, does
not predispose to adult-onset aphasia. Thus, the current deficits are most
likely acquired from the stroke. Option A overstates prematurity risk; C is
speculative without exposure history; D is unfounded given no prior
academic struggles.
4 Dave's case history includes a note that he has been experiencing
significant social withdrawal and depressed mood since his stroke. His
wife reports that he refuses to attend speech therapy and has become
irritable. Which of the following best explains the impact of these
psychosocial factors on his assessment?
A) Depression and social withdrawal are expected post-stroke and do not
significantly affect language assessment results.
B) These factors may lead to reduced participation and effort during
testing, potentially underestimating his true language abilities.
C) Irritability and refusal to attend therapy are signs of frontal lobe
involvement, indicating executive dysfunction that should be the primary
focus.
D) The spouse's report is subjective; the SLP should rely solely on
objective test scores to determine severity.
Answer: B
Rationale: Post-stroke depression and social withdrawal are common and
can significantly impact motivation and engagement during assessment.
, This can result in performance that underestimates the patient's actual
language abilities, leading to inaccurate severity ratings. Option A
dismisses a critical confound; C incorrectly localizes irritability to frontal
lobe without evidence; D ignores the value of collateral information in
interpreting test results.
5 In reviewing Dave's medication list from the case history, you note he is
on warfarin for atrial fibrillation, lisinopril for hypertension, and
sertraline for depression. He also reports occasional use of
over-the-counter ibuprofen for joint pain. Which of the following is the
most clinically significant concern for the speech-language assessment?
A) Ibuprofen may increase the risk of bleeding, but this is irrelevant to
speech assessment.
B) Sertraline can cause dry mouth, which may affect oral motor
assessment and speech production.
C) Warfarin requires monitoring of INR, but does not directly affect
communication.
D) Lisinopril may cause a chronic cough that could interfere with vocal
quality and assessment.
Answer: D
Rationale: Lisinopril, an ACE inhibitor, is known to cause a persistent dry
cough in some patients. This could affect vocal quality and confound the
assessment of voice or speech production. While sertraline can cause dry
mouth (B), the cough from lisinopril is a more direct confound for speech
assessment. Options A and C are less relevant to the immediate clinical
assessment.
Section 2: Oral Mechanism Examination (Questions 6-10)
6 During an oral mechanism examination, a patient presents with a
unilateral weak, 'curtain-like' movement of the posterior pharyngeal wall
toward the stronger side upon phonation. Which cranial nerve is most
likely affected, and what is the clinical significance of this finding for
swallowing function?
