Question 1
The side bending of the SBS can be compared to...
Correct Answer:
Cracking an egg
Explanation:
The side-bending of the SBS is best thought of as cracking an egg. This analogy captures the gentle, hinge-like action at the base of the skull where the sphenoid and occiput move around a subtle axis, producing a clean, limited separation along the SBS without rattling the entire cranial framework. It’s a light, single-plane change that resembles how an eggshell splits along a thin line. Turning a screwdriver implies a rotational twist about an axis, which isn’t how SBS side-bending is described. Cracking a walnut suggests a strong, multi-point fracture, which is too forceful and irregular for the subtle cranial base motion. Shifting a book on a shelf depicts translation of the whole object, not the localized, hinge-like SBS movement.
Question 2
Which of the following is NOT a factor that decreases PRM?
Correct Answer:
Physical activity
Explanation:
PRM reflects the body's ability to regulate and adapt its physiological state. Stress, depression, and fatigue all elevate allostatic load and blunt regulatory responses, which tends to lower PRM. Physical activity, in contrast, improves autonomic balance, mood, energy, and recovery, helping maintain or even enhance regulatory capacity. So physical activity is not a factor that decreases PRM, making it the option that does not fit.
Question 3
In a right SBS sidebending dysfunction, how do the right and left hands present?
Correct Answer:
Right hand: Fingers separate and inferior; Left hand: Fingers approximate and superior
Explanation:
Sidebending dysfunction of the SBS means one side of the cranial base sits relatively lower while the other sits higher, and this asymmetry shows up in how your monitoring hands contact the skull. For a right-sided sidebending, the right side of the sphenoid/occiput pair is depressed, so the right-hand contact tends to be more spread apart and sit lower (inferior). The left-hand contact moves closer together and sits higher (superior). That opposite pattern between the two hands is the telltale sign of right SBS sidebending. Other patterns would show different relationships—for example, a pattern where both hands are neutral or where the right hand is elevated and separated would not match a right-side tilt.
Question 4
Which term describes a cranial strain pattern we see as Inferior Vertical Strain?
Correct Answer:
Inferior Vertical Strain
Explanation:
Vertical strains describe movement of the sphenoid and occiput along the vertical axis, changing the height of the sphenobasilar synchondrosis (SBS). In inferior vertical strain, both bones migrate downward, so the SBS is displaced inferiorly. This downward shift is the hallmark of the inferior vertical pattern. The opposite, superior vertical strain, would involve upward movement of the bones and an elevated SBS. Left lateral strain and right torsion represent sideways displacement or rotation, not a downward vertical shift. So the term that best matches this pattern is Inferior Vertical Strain.
Question 5
During SBS flexion, the fingers on the sphenoid move which directions?
Correct Answer:
Inferiorly and anteriorly
Explanation:
During SBS flexion, the sphenoid moves inferiorly and anteriorly relative to the occiput. Because cranial bones move in reciprocal directions at the sphenobasilar junction, the occiput moves superiorly and posteriorly. So the sphenoid’s surface is felt moving downward and forward by the treating hands. In contrast, during extension the sphenoid moves posteriorly and superiorly.
Question 1
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Prepare with the OMM 6 – Cranial Evaluation and Treatment Practice Test practice quiz. This question bank includes 10 questions covering right, strain, trauma, cranial, and evaluation. Use it to review important concepts, identify knowledge gaps, and build confidence for the related exam, course, or assessment.

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OMM 6 – Cranial Evaluation and Treatment Practice Test

This practice set contains 10 questions from the matching question bank and focuses on right, strain, trauma, cranial, and evaluation. Work through each question carefully, review the provided solutions, and revisit topics that need more study before your next attempt.

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