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Split anatomical illustration comparing standard patient and hypermobile patient cervical spine assessment. Left panel shows limited ROM arc in red with deep cervical muscle fibrosis and scarring visible in axial cross-section, with clinical implication that ROM loss signals underlying injury. Right panel shows full normal ROM arc in green with identical deep muscle fibrosis present, with clinical implication that normal ROM does not rule out deep muscle injury in hypermobile patients.
Conditions, NMF Science Explained

Hypermobility and Whiplash: Why Flexibility Can Hide Serious Spinal Injury

June 9, 20260Comments
One of the more consistent diagnostic patterns in complex chronic pain practice is the patient who presents with significant and persistent symptoms following a whiplash…
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Your Body Isn’t Failing in Five Separate Ways
Research and Clinical Insights
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Super Contractures: The Invisible Aftermath of Spinal Injury
Injury and Recovery, NMF Science Explained
Super Contractures: The Invisible Aftermath of Spinal Injury
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Neuromyofascial Science:

Neuromyofascial Science is a physician-developed clinical framework that works to map the physical factors associated with chronic pain, neurological dysfunction, and structural pathology. Developed by Dr. G. Blair Lamb over more than 30 years of clinical practice and research, NMFS uses a detailed neuromyofascial audit to build a patient-specific map of injury patterns and structural factors, giving patients and their care teams a clearer picture of what may be contributing to their condition.

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