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Fibromyalgia
Fibromyalgia is a nervous system in a protective, pain-amplifying state. We restore safety first, then calm inflammation, the gut, and mitochondria, and retrain how the brain processes pain.
What you may be noticing
Your whole body aches, as if you have the flu that never ends. A hug can hurt. Sleep is unrefreshing, mornings are stiff, and brain fog makes ordinary tasks feel heavy. You may also notice chemical sensitivity, headaches, or poor recovery after exercise. Perhaps you have been told your tests are normal and that nothing more can be done.
Why it is rarely one thing
Fibromyalgia is not imaginary, and it is not damage in the muscles. Research consistently points to central sensitization: the nervous system turns up the volume on pain signals, so normal sensations register as painful. The brain and spinal cord are amplifying, not inventing.
In my model, fibromyalgia is a neuroimmune pattern. The nervous system settles into a protective state in which some circuits run overactive and others underactive. The deeper question is what set that state. Common upstream contributors include disrupted deep sleep, trauma and prolonged stress, latent viral burden, gut imbalance, toxic exposures, hormonal shifts, and small fiber neuropathy, which research has found in a meaningful subset of people with fibromyalgia.
These layers feed one another. A body held in sympathetic overdrive digests less well, its gut barrier loosens, and its mast cells react more easily, which adds to the inflammatory load the brain is already amplifying.
This matters because a sensitized nervous system can be recalibrated. Pain processing is not fixed. It responds to safety, sleep, inflammation, movement, and the signals the brain receives every day.
Patterns we look for
- Central sensitization and descending pain modulation, the ability of the brain to turn pain signals down.
- Chronic nervous system dysregulation and sympathetic dominance.
- Deep sleep disruption, which lowers pain thresholds.
- Small fiber neuropathy.
- Mitochondrial function and energy production in muscle.
- Neuroinflammation, latent viral burden, and microglial priming.
- Histamine load and chemical sensitivity.
- HPA axis output, cortisol rhythm, and thyroid conversion to free T3.
- Vitamin D, magnesium, and ferritin.
- Gut microbiome balance and intestinal permeability.
- Toxic burden, including mold.
- Hypermobility, which can create ongoing joint and tissue strain.
How I evaluate it
A comprehensive functional neurological exam maps how your nervous system processes sensation and pain: sensory testing, reflexes, eye movements, balance, cerebellar function, and autonomic responses. It shows which regions are driving amplification.
Functional labs may include a thyroid panel, vitamin D, ferritin, B12, magnesium, inflammatory and autoimmune markers, fasting insulin, cortisol rhythm, and, where history suggests, viral markers, mycotoxin testing, or comprehensive stool analysis. Referral for small fiber neuropathy testing or a sleep study is arranged when indicated.
How we address it
- Restore safety first: morning light, slow breathing before meals, vagal exercises, and deep sleep, because pain thresholds depend on them.
- Reduce inflammatory load in sequence: digestion, drainage, liver support, and histamine load, without aggressive detox at the start.
- Repair the gut barrier and microbiome, and support mitochondria with targeted categories.
- Address latent viral burden, infections, and toxins as the system steadies.
- Retrain pain processing with brain-based rehabilitation that strengthens descending inhibition, plus breathwork and gentle lymphatic movement.
- Rebuild exercise tolerance gradually, with graded activity that never provokes a flare.
Pain is a signal, not a sentence. When the nervous system feels safe, it can turn the volume down.
Book your Comprehensive Functional Medicine Eval/Neurological Exam today to discover what the contributing root causes are that are underlying your health concerns.