Pain that persists long after an injury has healed is one of the most common and most perplexing experiences in clinical practice. The tissue is repaired. The scan is clear. But the pain continues. To understand why, you need to understand how the nervous system responds to trauma, not just in the moment of injury but in the weeks, months, and years that follow.
The Acute Response to Trauma
At the moment of physical trauma, the nervous system responds with speed and comprehensiveness. Pain signals travel from the site of injury to the spinal cord and brain. The sympathetic nervous system activates, releasing adrenaline and cortisol to support the fight-or-flight response. Muscles around the injured area contract protectively to limit movement and guard the tissue.
This response is finely calibrated and appropriate. It reduces further damage, initiates the healing process, and keeps the person functional enough to remove themselves from danger. It is one of the nervous system’s most impressive capabilities.
What Happens Next
As the tissue heals, the expectation is that the nervous system downregulates its response. Pain signals reduce. Muscle tone around the injury normalises. The sympathetic activation gives way to parasympathetic recovery. This is what happens in many cases.
In others, the protective response does not fully resolve. The muscles around the injury site remain in a state of partial contraction. The nervous system continues to process the area as vulnerable even though the structural damage has healed. This may happen because the original trauma was severe, because subsequent stressors prevented the nervous system from completing its recovery cycle, or because the protective response became consolidated through repetition into a fixed holding pattern.
This consolidated holding pattern is what produces pain in structurally healed tissue. The compression it creates on local nerves is real and ongoing. The pain it generates is genuine. But its source is the nervous system’s holding response, not ongoing tissue damage.
How Trauma Becomes Consolidated Over Time
Neurological holding patterns become more fixed over time through a process that is analogous to learning. The nervous system repeats the protective response so consistently that it becomes the default state of the tissue. The muscles no longer need an ongoing instruction to stay contracted; the pattern is simply how they now operate.
This is why old injuries can generate pain decades later, particularly when triggered by a new physical or emotional stress. The dormant pattern reactivates under load, producing symptoms that seem disproportionate to the current demand on the body.
How Body Stress Release Addresses Stored Trauma
Body Stress Release works with the mechanism of consolidation rather than against it. Peter van Minnen uses the body’s own stress responses to locate where holding patterns are stored and at what depth, then applies light, precise input to prompt the nervous system to release them in the reverse order to which they were laid down.
This process is gradual and cumulative. Patterns that have been present for years do not always release in a single session. But each session removes a layer, and the nervous system’s overall burden reduces progressively. Many people notice that not just their primary complaint but a range of secondary symptoms begin to improve as the stored patterns release.
The relationship between stored trauma and the broader experience of chronic pain is explored further in our article on stored trauma in the body.
If you are living with pain that has no clear current cause, contact us to arrange a session with Peter van Minnen at Hever Health and explore whether stored neurological trauma may be the explanation.