CBP Mirror Image Adjusting Techniques 1 — Questions and Answers
Question 1: What is the foundational principle of Mirror Image adjusting in CBP?
- The corrective force is applied in the exact opposite direction of the spinal displacement (Correct answer)
- The adjustment matches the direction of the existing spinal deformity
- Forces are applied bilaterally regardless of the direction of subluxation
- The patient mirrors the practitioner's posture during the procedure
Correct answer: The corrective force is applied in the exact opposite direction of the spinal displacement
Mirror Image adjusting applies corrective forces in the exact opposite direction of the identified postural or spinal displacement to restore normal alignment.
Question 2: In CBP, when a patient presents with a right lateral cervical translation, the Mirror Image adjustment force vector is directed toward the:
- Left side, to oppose the right displacement (Correct answer)
- Right side, reinforcing the existing translation
- Posterior direction only, ignoring lateral components
- Superior direction to decompress the cervical spine
Correct answer: Left side, to oppose the right displacement
The Mirror Image principle dictates that a right lateral translation is corrected by applying force toward the left — the geometric opposite of the displacement.
Question 3: Which Harrison Spinal Model parameter is the primary target of mirror image cervical extension adjustments in CBP?
- Restoration of the cervical lordosis arc (Correct answer)
- Reduction of vertebral rotation
- Correction of lumbar hypolordosis
- Normalization of thoracic kyphosis Cobb angle
Correct answer: Restoration of the cervical lordosis arc
CBP cervical extension adjustments specifically target the restoration of the cervical lordosis arc toward the Harrison ideal of approximately 42° of arc.
Question 4: Mirror Image exercises in CBP are designed to:
- Strengthen muscles and soft tissues that support the corrected spinal position (Correct answer)
- Increase range of motion in all planes of cervical movement
- Train the patient to perform self-adjustments at home
- Improve cardiovascular endurance for long-term health
Correct answer: Strengthen muscles and soft tissues that support the corrected spinal position
Mirror Image exercises reinforce the corrected alignment by activating and strengthening the muscles that support the spine in its corrected position.
Question 5: In CBP Mirror Image adjusting, the patient's spine is ideally positioned before the thrust so that it is:
- Pre-loaded into the mirror image of the deformity to maximize corrective force application (Correct answer)
- In neutral position to prevent excessive force
- In the direction of the subluxation to increase tissue tension
- Fully rotated to open the facet joints prior to adjustment
Correct answer: Pre-loaded into the mirror image of the deformity to maximize corrective force application
CBP protocol requires pre-loading the patient into the mirror image corrective position before applying the thrust to maximize the efficiency of the corrective force.
Question 6: What is the primary biomechanical goal of Mirror Image traction in the CBP system?
- To remodel viscoelastic spinal tissues toward the Harrison normal configuration (Correct answer)
- To temporarily distract vertebral segments for pain relief only
- To increase intervertebral disc height without altering spinal curves
- To reduce muscle spasm through prolonged passive stretching
Correct answer: To remodel viscoelastic spinal tissues toward the Harrison normal configuration
CBP mirror image traction applies sustained, vector-specific loads to remodel viscoelastic spinal ligaments, discs, and muscles toward the ideal Harrison spinal configuration.
Question 7: Which of the following best distinguishes CBP Mirror Image adjusting from conventional chiropractic high-velocity low-amplitude (HVLA) techniques?
- CBP specifies exact force vectors based on measured postural deviations from the Harrison normal model (Correct answer)
- CBP adjustments use lower velocity forces to avoid joint cavitation
- Mirror Image adjusting is applied only to the thoracic spine
- CBP does not use radiographic analysis to guide adjustment direction
Correct answer: CBP specifies exact force vectors based on measured postural deviations from the Harrison normal model
CBP Mirror Image adjusting is distinguished by its precision: force vectors are determined by quantitative radiographic analysis comparing the patient's spine to the Harrison ideal normal.
CBP Mirror Image Adjusting Techniques 1
What is the foundational principle of Mirror Image adjusting in CBP?