Spine and Holistic Health · Module 6 · Pain neuroscience

Pain Neuroscience Lab

Turn the dials on a model pain system and watch the spinal gate, the brainstem brakes and the pain meter respond, predict what different inputs will do, match fibers and mechanisms, and work through clinic scenarios. Nothing here is graded.

Part 1: Pain Dial Simulator

Teaching modelThis is a simplified picture of how inputs turn pain up or down. The meter is a teaching model, not a measurement, and its numbers are not real units. Real people vary a great deal. It is not a tool for assessing or treating anyone.

Simulator readouts
MeasureValue

How the model works: tissue input sets nociceptor traffic. Poor sleep, ongoing stress and fear raise a "sensitivity" level that amplifies spinal transmission and can add signal even with no tissue input, like nociplastic pain. Touch and movement send A beta input that partly closes the spinal gate. Movement, expecting relief and sudden danger strengthen the descending brakes; stress, fear, expecting harm and poor sleep strengthen the boosters. Fear, stress and expectation also change how threatening the brain judges the signal. All weights are invented for teaching.