Manipulation Peak Forces Across Spinal Regions for Children Using Mannequin Simulators.

Area of Science:

• Pediatric healthcare
• Manual therapy
• Biomechanical analysis

Background:

• Accurate force measurement is crucial for pediatric manipulation safety and efficacy.
• Existing literature lacks precise force data for pediatric spinal manipulation.
• Understanding force variability is essential for dose-response and safety studies.

Purpose of the Study:

• To create an exploratory database of manipulation treatment force variability.
• To correlate force variability with clinician intent and child's developmental category.
• To inform future dose-response and safety studies in pediatric manipulation.

Main Methods:

• Evaluated transmitted peak forces on pediatric mannequins of varying statures.
• Applied common spinal and sacroiliac joint manipulation procedures.
• Assessed force variability by an experienced pediatric manipulation practitioner.

Main Results:

• Mean force values increased with child category, aligning with general expectations.
• Measured peak forces showed a 2 to 3.5-fold discrepancy with consensus estimates, especially in older children.
• Quantitative data provide initial effect size estimates for future clinical trials.

Conclusions:

• Recalibration of spinal manipulation forces toward consensus values is achievable for experienced clinicians.
• The precise safe and clinically effective target force values for pediatric manipulation remain undetermined.
• Further research is required to establish evidence-based force parameters for pediatric care.