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00, and with every additional step of loading, spinal stiffness decreased 0% or 10-45% loading (p 0.001), 0% or 10-80% loading (p 0.001), and 45-80% (p 0.001). We conclude that a load of ≥ 45% of the participant's body weight can lead to changes in the spinal motor control. An axial load of 10% showed no significant changes. Rehabilitation should include high-axial-load exercise if needed in everyday living. We conclude that a load of ≥ 45% of the participant's body weight can lead to changes in the spinal motor control.
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