Understanding Chronic Pain

A mind-body approach to chronic pain

Most chronic pain is real — and reversible

Based on the work of Dr. Howard Schubiner and the science of neuroplastic pain: an evidence-based path to understanding and recovering from chronic pain.

Learn the approach
80–90% of chronic pain is driven by changes in the brain, not tissue damage
~66% of patients became pain-free or nearly pain-free after Pain Reprocessing Therapy (2021 trial)
>3 months of pain defines chronic pain — when the alarm keeps ringing after healing

Understanding Neuroplastic Pain

My approach to chronic pain is based on the work of Dr. Howard Schubiner and the model of neuroplastic pain. Years of research have shown that 80 to 90% of chronic pain is not caused by ongoing tissue damage, but by changes in the brain and nervous system that generate very real pain in response to false signals of danger or fear.

Pain is produced by the brain. It is the brain's alarm system — designed to protect us from danger. In neuroplastic pain, that alarm becomes overprotective: learned neural pathways keep firing long after any injury has healed, and stress, fear, and strong emotions can keep the signal switched on. The pain is 100% real, but it reflects a sensitized nervous system rather than damage that needs more scans or surgery.

The encouraging news is that what the brain has learned, it can also unlearn. Because the nervous system is neuroplastic — able to change — these pain pathways can be reversed. Understanding this is the first and most important step toward recovery.

Is Your Pain Neuroplastic?

Neuroplastic pain can affect almost any part of the body. The following conditions commonly fall into this category:

Chronic back & neck pain

Fibromyalgia

Myofascial pain syndrome

Complex regional pain syndrome (CRPS)

Tension & migraine headaches

Irritable bowel & pelvic pain

The FIT criteria

Certain clues make neuroplastic pain more likely. Dr. Schubiner and colleagues group them into three categories:

F — Functional

Pain begins or worsens with stress or emotions, the pain pattern doesn't match a clear structural cause, and medical tests are normal or don't explain the severity.

I — Inconsistent

Pain moves around the body, changes with distraction or mood, is worse at certain times of day, or is triggered by things that couldn't physically cause harm.

T — Triggered

Symptoms are set off by sensory cues, certain places, weather, foods, or activities — learned associations that the brain has linked to danger.

Important: A diagnosis of neuroplastic pain is made only after a qualified physician has ruled out serious or structural medical causes (such as fracture, infection, tumor, or inflammatory disease). Always start with a proper medical evaluation.

Treatment & Recovery

Because neuroplastic pain is learned by the brain, treatment focuses on retraining the nervous system to feel safe again. These mind-body approaches are evidence-based and increasingly supported by research.

Pain education

Understanding that the pain is generated by a sensitized but undamaged nervous system reduces fear and is itself therapeutic — it is the foundation of recovery.

Pain Reprocessing Therapy (PRT)

A structured approach that helps the brain reinterpret pain signals as safe. In a 2021 randomized trial, about two-thirds of patients with chronic back pain became pain-free or nearly so, with relief maintained at one year.

Somatic tracking

A mindfulness-based technique used in PRT: observing pain sensations with curiosity and a sense of safety, gradually teaching the brain that the sensations are not dangerous.

Emotional Awareness & Expression Therapy

Addresses the stress, suppressed emotions, and life pressures that keep the pain alarm switched on, helping to process emotions that the body has been holding.

Self-directed programs

Structured workbooks and apps — such as Dr. Schubiner's Unlearn Your Pain program and the Curable app — let many people work through the recovery process at home.

Gradual return to activity

Slowly resuming movement and feared activities — without bracing for pain — signals safety to the brain and breaks the cycle of fear and avoidance.

Medications

Medications do not cure neuroplastic pain, but they can be useful adjuncts to calm a sensitized nervous system, improve sleep and mood, and reduce symptoms while you work on recovery. The following are commonly used for chronic pain. Any medication should be started, adjusted, and stopped only under your physician's guidance.

Tramadol (Tramadex)

Class: Weak opioid with SNRI activity

Used for moderate pain. Can help short term, but carries risks of dependence, drowsiness, nausea, and interactions with antidepressants — use cautiously and under supervision.

Pregabalin (Lyrica)

Class: Anticonvulsant / nerve-pain agent

Calms overactive nerve signaling; used for fibromyalgia and neuropathic pain. Common effects include dizziness, drowsiness, and swelling; doses are adjusted gradually.

Duloxetine (Cymbalta)

Class: SNRI antidepressant

Eases chronic pain (fibromyalgia, neuropathy, back pain) while also helping mood and anxiety. Should not be stopped abruptly; may cause nausea or sleep changes early on.

Amitriptyline

Class: Tricyclic antidepressant (low dose)

At low doses, helps nerve pain, headaches, and sleep. May cause dry mouth, drowsiness, or morning grogginess; usually taken at night.

NSAIDs

Class: Anti-inflammatory (e.g., ibuprofen, naproxen)

Reduce inflammatory pain and are widely available. Long-term use can affect the stomach, kidneys, and heart, so they are best used at the lowest effective dose for short periods.

This information is educational and is not a substitute for personal medical advice. Do not start or change any medication without consulting your doctor.

General Health & Aerobic Exercise

Regular aerobic exercise is one of the most powerful tools for chronic pain and overall health. Activities such as brisk walking, cycling, and swimming improve circulation, release natural pain-relieving endorphins, lift mood, improve sleep, and help regulate an over-sensitized nervous system.

In neuroplastic pain, gentle movement does something more: it teaches the brain that the body is safe to use. When you move without bracing for harm, you gradually break the cycle of fear and avoidance that keeps pain pathways active. Aim for a gradual, graded approach — start small, stay consistent, and build up over weeks rather than days.

A reasonable goal for most adults is about 150 minutes of moderate aerobic activity per week, combined with good sleep, a balanced diet, stress management, and social connection. If a flare-up occurs, it does not mean you caused damage — ease back gently rather than stopping altogether. Check with your physician before beginning a new exercise program.

Educational Videos

A selection of talks and explainers on neuroplastic pain and recovery.

Breakthrough with Healing Chronic Pain — Dr. Howard Schubiner

The Paradigm Shift to Cure Chronic Pain — Dr. Howard Schubiner

Somatic tracking & pain reprocessing demonstrated — Alan Gordon, LCSW

“This Might Hurt” — documentary trailer on chronic pain & mind-body treatment

Disclaimer: This website is for general educational purposes only and is not a substitute for professional medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider, and seek prompt evaluation to rule out serious medical conditions before attributing symptoms to neuroplastic pain.