COMSAE PHASE 1 FORM 116 COMPLETE TEST
BANK HIGH-YIELD BOARD QUESTIONS WITH
EXPLANATORY RATIONALES
This comprehensive question study bank features high-yield
clinical vignettes across pathology, pharmacology, and
anatomy paired with authentic osteopathic manipulative
medicine (OMM) principles. Each board-style question is
accompanied by clear, definitive answers and deeply
detailed, bolded rationales to reinforce critical conceptual
mechanics. It serves as the ultimate high-density testing
tool for mastering complex medical concepts and
maximizing scores on professional licensing exams.
Question 1
A 45-year-old male presents with acute, severe epigastric
pain radiating to his back, accompanied by nausea and
vomiting. Physical examination reveals marked tenderness
in the epigastrium. Tissue texture changes are noted in the
paraspinal muscles. Which of the following spinal levels
represents the primary viscerosomatic reflex point for this
patient's acute condition?
A. T1–T4
,B. T5–T9
C. T10–T11
D. T12–L2
Answer: B
Rationale: The clinical presentation is highly suggestive of
acute pancreatitis. The pancreas, stomach, liver,
gallbladder, and duodenum are foregut structures. They
receive sympathetic innervation from the greater splanchnic
nerve, which originates from the T5–T9 spinal segments.
Tissue texture changes in this region represent a
viscerosomatic reflex secondary to localized visceral
inflammation. Options A, C, and D correspond to upper
thoracic (head/neck/heart), mid-thoracic/kidney
(appendicitis/gonads), and hindgut structures, respectively.
Question 2
A 22-year-old female presents to the clinic complaining of
burning urination, increased frequency, and suprapubic pain.
Urinalysis confirms a urinary tract infection. Osteopathic
structural examination reveals tissue texture changes at the
T10–T11 vertebral levels. Which of the following organs
shares this specific sympathetic level?
A. Urinary bladder
B. Kidney
C. Ovaries and Testes
D. Prostate
,Answer: C
Rationale: The kidneys, upper ureters, ovaries, and testes
share the T10–T11 sympathetic vasomotor levels. The
urinary bladder and prostate receive sympathetic
innervation primarily from the T12–L2 spinal segments
(hindgut/pelvic structures). Recognizing these distinct spinal
segments is crucial for isolating visceral pathology during a
palpatory examination.
Question 3
During a routine structural exam, an osteopathic physician
evaluates a patient's sacrum. Springing at the Sphinx
position decreases the asymmetry, and the right sacral base
is deep. The right ILA is posterior and inferior. The L5
vertebra rotates opposite to the sacral rotation. What is the
correct sacral diagnosis?
A. Right-on-right forward torsion
B. Left-on-left forward torsion
C. Right-on-left backward torsion
D. Left-on-right backward torsion
Answer: A
Rationale: A positive Sphinx test means asymmetry
improves (or stays the same/worsens depending on standard
terminology, but here "decreases the asymmetry" indicates
a forward/flexed torsion). A deep right sacral base points to
a left-rotated sacrum. The right ILA is posterior/inferior,
confirming rotation to the left. Since the asymmetry
, improves in extension (Sphinx), it is a forward torsion. The
axis is named opposite to the deep base in forward torsions,
meaning the axis is the right side. Thus, it is a Right-on-
Right forward torsion.
Question 4
A 62-year-old male with a history of chronic obstructive
pulmonary disease (COPD) presents with an acute
exacerbation. He is treated with an inhaled medication that
blocks muscarinic M3 receptors. Which of the following
adverse effects is most likely to be monitored during this
therapy?
A. Bradycardia
B. Urinary retention
C. Increased salivation
D. Pupillary constriction
Answer: B
Rationale: Anticholinergic drugs like ipratropium or
tiotropium function by blocking muscarinic M3 receptors to
induce bronchodilation. Side effects mirror systemic
anticholinergic activity, which includes urinary retention,
dry mouth, blurred vision (mydriasis), and tachycardia.
Bradycardia, salivation, and pupillary constriction are
parasympathomimetic actions.
Question 5
BANK HIGH-YIELD BOARD QUESTIONS WITH
EXPLANATORY RATIONALES
This comprehensive question study bank features high-yield
clinical vignettes across pathology, pharmacology, and
anatomy paired with authentic osteopathic manipulative
medicine (OMM) principles. Each board-style question is
accompanied by clear, definitive answers and deeply
detailed, bolded rationales to reinforce critical conceptual
mechanics. It serves as the ultimate high-density testing
tool for mastering complex medical concepts and
maximizing scores on professional licensing exams.
Question 1
A 45-year-old male presents with acute, severe epigastric
pain radiating to his back, accompanied by nausea and
vomiting. Physical examination reveals marked tenderness
in the epigastrium. Tissue texture changes are noted in the
paraspinal muscles. Which of the following spinal levels
represents the primary viscerosomatic reflex point for this
patient's acute condition?
A. T1–T4
,B. T5–T9
C. T10–T11
D. T12–L2
Answer: B
Rationale: The clinical presentation is highly suggestive of
acute pancreatitis. The pancreas, stomach, liver,
gallbladder, and duodenum are foregut structures. They
receive sympathetic innervation from the greater splanchnic
nerve, which originates from the T5–T9 spinal segments.
Tissue texture changes in this region represent a
viscerosomatic reflex secondary to localized visceral
inflammation. Options A, C, and D correspond to upper
thoracic (head/neck/heart), mid-thoracic/kidney
(appendicitis/gonads), and hindgut structures, respectively.
Question 2
A 22-year-old female presents to the clinic complaining of
burning urination, increased frequency, and suprapubic pain.
Urinalysis confirms a urinary tract infection. Osteopathic
structural examination reveals tissue texture changes at the
T10–T11 vertebral levels. Which of the following organs
shares this specific sympathetic level?
A. Urinary bladder
B. Kidney
C. Ovaries and Testes
D. Prostate
,Answer: C
Rationale: The kidneys, upper ureters, ovaries, and testes
share the T10–T11 sympathetic vasomotor levels. The
urinary bladder and prostate receive sympathetic
innervation primarily from the T12–L2 spinal segments
(hindgut/pelvic structures). Recognizing these distinct spinal
segments is crucial for isolating visceral pathology during a
palpatory examination.
Question 3
During a routine structural exam, an osteopathic physician
evaluates a patient's sacrum. Springing at the Sphinx
position decreases the asymmetry, and the right sacral base
is deep. The right ILA is posterior and inferior. The L5
vertebra rotates opposite to the sacral rotation. What is the
correct sacral diagnosis?
A. Right-on-right forward torsion
B. Left-on-left forward torsion
C. Right-on-left backward torsion
D. Left-on-right backward torsion
Answer: A
Rationale: A positive Sphinx test means asymmetry
improves (or stays the same/worsens depending on standard
terminology, but here "decreases the asymmetry" indicates
a forward/flexed torsion). A deep right sacral base points to
a left-rotated sacrum. The right ILA is posterior/inferior,
confirming rotation to the left. Since the asymmetry
, improves in extension (Sphinx), it is a forward torsion. The
axis is named opposite to the deep base in forward torsions,
meaning the axis is the right side. Thus, it is a Right-on-
Right forward torsion.
Question 4
A 62-year-old male with a history of chronic obstructive
pulmonary disease (COPD) presents with an acute
exacerbation. He is treated with an inhaled medication that
blocks muscarinic M3 receptors. Which of the following
adverse effects is most likely to be monitored during this
therapy?
A. Bradycardia
B. Urinary retention
C. Increased salivation
D. Pupillary constriction
Answer: B
Rationale: Anticholinergic drugs like ipratropium or
tiotropium function by blocking muscarinic M3 receptors to
induce bronchodilation. Side effects mirror systemic
anticholinergic activity, which includes urinary retention,
dry mouth, blurred vision (mydriasis), and tachycardia.
Bradycardia, salivation, and pupillary constriction are
parasympathomimetic actions.
Question 5
