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Three-stage medical illustration showing the evolutionary injury response following whiplash. Stage 1 shows acute whiplash force hitting the cervical spine with immediate injury at the upper cervical region. Stage 2 shows fibrous protective tissue forming at C1-C2, labeled as not visible on standard MRI. Stage 3 shows chronic contracture with thickened fibrous tissue, nerve root compression in red, narrowed spinal canal, and spinal cord compression.
Injury and Recovery, NMF Science Explained

Super Contractures: The Invisible Aftermath of Spinal Injury

5 days ago0Comments
When a spinal injury heals, most people assume the tissue returns to something close to its original state. Scar forms, the acute phase resolves, and…
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

5 days ago0Comments
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…
Split anatomical illustration showing normal airway versus post-whiplash airway in lateral cervical spine cross-section. Left panel shows open circular airway lumen with healthy pharyngeal muscles and labeled cervical vertebrae C1-C7. Right panel shows C3-C5 nerve disruption with amber highlight, dystonic pharyngeal muscles, and significantly narrowed oval airway lumen with amber highlight indicating obstruction.
Conditions, NMF Science Explained

When Whiplash Disrupts Sleep: The Cervical Spine and Sleep-Disordered Breathing

5 days ago0Comments
Sleep disruption is one of the most commonly reported but least investigated consequences of whiplash injury. Patients describe difficulty falling asleep, frequent nighttime waking, unrefreshing…
Infographic showing five free fall heights and their equivalent road speeds calculated using Newton's laws. A 10-foot fall equals 17 mph. A 20-foot fall equals 24 mph. A 30-foot fall equals 30 mph, equivalent to residential street speed. A 60-foot fall equals 42 mph. A 120-foot fall from a 12-storey building equals 60 mph, equivalent to highway speed.
Conditions, NMF Science Explained

The Physics of Whiplash: Why 60 MPH Is a 12-Storey Fall

5 days ago0Comments
Most people who have been in a car accident at highway speed do not fully appreciate what their body just experienced. This is not a…
Split clinical illustration comparing standard WAD 1 assessment and neuromyofascial assessment of the same rear-end collision. Left panel shows normal cervical MRI with green checkmark and no injury detected. Right panel shows the same normal-appearing MRI but with deep neck muscle microtears, early fibrosis, and paraspinal soft tissue involvement highlighted in orange, with the notation that injury is present but not yet visible on imaging.
Conditions, NMF Science Explained

Why the WAD Classification Fails Whiplash Patients

5 days ago0Comments
Whiplash is one of the most common injury mechanisms in modern medicine and one of the most poorly managed. Part of the reason is clinical.…
Posterior anatomical illustration of the human body showing the spine divided into four color-coded zones. Amber upper cervical zone with referral arrows toward the head, blue lower cervical zone with arrows toward the shoulders and arms, teal thoracic zone with arrows across the mid-back, and red lumbar zone with arrows sweeping into the hips and legs.
Conditions, NMF Science Explained

A Map of the Spine: How Spinal Injuries Generate Symptoms From Head to Foot

5 days ago0Comments
One of the most consistent observations in thirty years of clinical practice is that patients with chronic pain often do not know where their pain…

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Recent Posts
Super Contractures: The Invisible Aftermath of Spinal Injury
Injury and Recovery, NMF Science Explained
Super Contractures: The Invisible Aftermath of Spinal Injury
June 9, 2026
Why Athletes Keep Getting Re-Injured: The Spinal Origin of Tendinopathy
Conditions, Performance and Sport
Why Athletes Keep Getting Re-Injured: The Spinal Origin of Tendinopathy
June 9, 2026
Neuromyofascial Science

Neuromyofascial Science is a precision-based clinical framework that maps the specific anatomical sources of chronic pain, neurological dysfunction, and structural pathology. Developed by Dr. G. Blair Lamb over 30 years of clinical innovation, NMFS uses a comprehensive neuromyofascial audit to build a patient-specific map of injury patterns and structural drivers, giving patients and their care teams a more precise picture of what is actually driving their condition.

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