The Role of Spinal Manipulation in Addressing Disordered Sensorimotor Integration and Altered Motor Control
Sensorimotor Integration Review
SOURCE
https://pubmed.ncbi.nlm.nih.gov/22483612/
REFERENCE
29
NICE
REFERENCE
123
organisation
Journal of Electromyography and Kinesiology
TITLE
The Role of Spinal Manipulation in Addressing Disordered Sensorimotor Integration and Altered Motor Control
Sensorimotor Integration Review
SOURCE
https://pubmed.ncbi.nlm.nih.gov/22483612/
DISC COMMENTARY
This narrative review looks at how spinal manipulation might affect the way the nervous system coordinates sensory information and movement, particularly when a spinal joint is not working quite as it should, drawing on brainwave and motor-control research.
What was studied?
The review draws together evidence on brainwave patterns linked to early-stage sensory processing, joint position sense in people with neck dysfunction, and how the motor cortex controls muscle activation following spinal manipulation.
What did they find?
Manipulation appears to improve the nervous system's ability to filter incoming sensory information, and was shown to improve joint position sense, particularly in people with neck dysfunction. Other studies found faster activation of deep stabilising muscles afterward.
Why it matters
This adds to the picture of manipulation working through the nervous system rather than purely through mechanical change at the joint, helping explain improvements in movement quality and coordination, not just pain.
Why we included it
It illustrates why restoring normal movement patterns matters as much as relieving pain: coordination and control are part of recovery, not just symptom reduction, and manipulation appears to influence both.
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What was studied?
The review draws together evidence on brainwave patterns linked to early-stage sensory processing, joint position sense in people with neck dysfunction, and how the motor cortex controls muscle activation following spinal manipulation.
What did they find?
Manipulation appears to improve the nervous system's ability to filter incoming sensory information, and was shown to improve joint position sense, particularly in people with neck dysfunction. Other studies found faster activation of deep stabilising muscles afterward.
Why it matters
This adds to the picture of manipulation working through the nervous system rather than purely through mechanical change at the joint, helping explain improvements in movement quality and coordination, not just pain.
Why we included it
It illustrates why restoring normal movement patterns matters as much as relieving pain: coordination and control are part of recovery, not just symptom reduction, and manipulation appears to influence both.