Pain Reprocessing Therapy: How the Brain Creates Pain and How Creating Safety Can Heal Neuroplastic Pain
Pain can feel like proof that something is damaged. That makes sense. Pain is intense, personal, and hard to ignore. But modern pain science shows a more complex truth: the brain can produce very real pain even when tissues are no longer injured or when normal sensations are being misread as dangerous.
This does not mean the pain is “made up.” It means the nervous system has learned to protect too aggressively. Our brain is designed to keep us safe. Sometimes it learns this a little too well and will do ANYTHING to keep us safe: even if that means creating pain to keep us immobile.
Pain Reprocessing Therapy, often called PRT, is a drug-free approach that helps the brain reinterpret pain signals through safety, awareness, and new learning. For many people with persistent symptoms, this approach offers a hopeful path: retrain the brain’s danger system so the body no longer has to sound the alarm.
This article is for educational purposes and is not a substitute for appropriate medical care. New or worsening pain should always be assessed by a qualified health professional familiar with pain processing.
Pain is created by the brain, not just the body
Pain is an output of the brain. The body sends sensory information through nerves and the spinal cord, but the brain decides whether those signals mean danger. If the brain concludes, “This might harm me,” it can create pain to get attention and drive protection.
This system is useful after an injury. A sprained ankle hurts because the brain wants reduced movement while tissues heal. The pain helps protect the area.
The problem starts when the pain system stays on after healing, or when it reacts to harmless input. A person may feel back pain when bending, neck pain while sitting, burning sensations without tissue damage, or widespread pain that shifts location. These symptoms can be terrifying, especially when scans and tests do not fully explain them.
This is where neuroplastic pain becomes important.
Neuroplastic pain is pain caused or maintained by learned neural pathways in the brain and nervous system. The word “neuroplastic” refers to the brain’s ability to change. The same learning system that helps people master a skill can also learn pain. If the brain repeatedly links a movement, sensation, emotion, or context with danger, it may keep producing pain whenever that pattern appears.
That pain is still real. The source has shifted from ongoing tissue damage to a protective brain pattern.
How danger messages amplify pain
The brain constantly asks one basic question: “Am I safe?”
It uses information from many sources:
Sensations from the body
Past injuries or medical experiences
Stress and emotional state
Fear of movement
Attention to symptoms
Beliefs about the meaning of pain
Medical uncertainty
Sleep, fatigue, and inflammation
When these inputs suggest danger, the brain creates or intensifies the sensation of pain. When they suggest safety, the brain "dials back" the sensation of pain.
For example, a mild back sensation after lifting a grocery bag may be interpreted in two very different ways.
“My back is fragile. I damaged something again.”
“That was a normal sensation. My back is strong, and I am safe.”
The brain receives a danger message and may increase pain, tightness, and guarding.
The brain receives a safety message and may reduce the alarm response.
This is not positive thinking. It is nervous system learning.
Fear, frustration, and constant monitoring can make pain feel louder because the brain treats symptoms as more threatening. Calm attention, accurate education, and safe movement can help turn the volume down.
Central sensitization makes the alarm system too sensitive
Central sensitization is a process where the brain and spinal cord become more reactive to sensory input. The nervous system works like a smoke alarm set too sensitively. Instead of going off only when there is a fire, it reacts to steam from a shower or toast in the kitchen. Sometimes even the lightest touch can feel like being burned with a hot iron or cut with a knife.
In the body, this can mean harmless sensory information gets misinterpreted as pain.
A light touch may hurt. Normal muscle tension may feel alarming. A gentle stretch may produce sharp pain. Sitting, walking, digestion, temperature changes, or emotional stress may all trigger symptoms because the nervous system has become trained to detect danger everywhere.
Central sensitization can happen after injury, surgery, illness, repeated stress, trauma, or long periods of pain. Once the alarm system is sensitized, pain can persist even after tissues have healed.
This helps explain why some people have ongoing pain despite normal imaging, healed injuries, or symptoms that move around. The problem is not weakness. The problem is a nervous system that has become too protective.
What Pain Reprocessing Therapy does differently
Pain Reprocessing Therapy helps people change how the brain interprets pain. The goal is not to ignore symptoms or push through suffering. The goal is to teach the brain that the sensations are safe when there is no evidence of ongoing tissue threat.
PRT usually includes several core elements:
Learning how the brain creates pain
Identifying signs that pain may be neuroplastic
Reducing fear of symptoms
Bringing mindful attention to sensations
Practicing somatic tracking
Resuming safe activities gradually
Responding to flare-ups with calm rather than panic
This approach is especially relevant when pain behaves in ways that suggest brain-based learning. Common signs include pain that shifts location, pain that changes with stress, symptoms that come and go without clear physical cause, pain that began during a stressful period, or pain that persists after medical evaluation shows no serious ongoing damage.
The phrase Neuroplastic pain, pain reprocessing therapy connects two key ideas: the brain can learn pain, and it can also unlearn it. The key here is that this is not just a cognitive exercise, but the brain itself is actually "unlearning the pain" as Howard Schubiner puts it.
PRT does not claim that all pain is neuroplastic. Some pain comes from infection, fractures, inflammatory disease, nerve compression, or other medical conditions that need direct treatment. A careful medical assessment matters. When serious or structural causes are ruled out or treated, PRT can help address the brain’s learned alarm response.
What recent research suggests
Pain science has changed greatly over the past several decades. Brain imaging and neuroscience research show that pain involves networks related to sensation, emotion, attention, memory, and threat detection. This is why pain can be influenced by fear, context, stress, and expectations.
A key study on Pain Reprocessing Therapy was published in JAMA Psychiatry in 2022. In that randomized clinical trial, adults with chronic back pain received PRT, placebo treatment, or usual care. The PRT group had much larger reductions in pain, and many participants reported being pain-free or nearly pain-free after treatment. Follow-up data suggested benefits could last for many participants.
Brain imaging in the study also suggested changes in pain-related brain activity after treatment. This supports the idea that reducing threat appraisal can change the way the brain processes pain.
Other research on chronic pain and central sensitization supports the same broad concept: persistent pain often reflects changes in the nervous system, not just the condition of body tissues. Studies on pain education, mindfulness-based approaches, cognitive behavioral therapy, exposure-based care, and nervous system regulation all point to a shared theme. When the brain learns safety, pain can decrease.
No single treatment works for everyone. Still, the evidence base for brain-based pain care is growing, and PRT is one of the more promising approaches for people whose symptoms fit a neuroplastic pattern.
Mindfulness helps change the relationship with pain
Mindfulness plays a central role in PRT because it changes how attention meets sensation.
Many people with persistent pain understandably react to symptoms with fear:
“Why is this happening?”
“What if this never stops?”
“Did I make it worse?”
“Should I avoid moving?”
These thoughts are human. But the brain may read them as danger messages. The result can be a loop: pain leads to fear, fear increases threat, threat increases pain.
Mindfulness interrupts that loop.
In PRT, mindfulness does not mean forcing relaxation or pretending pain is pleasant. It means observing sensations with curiosity and steadiness. A person learns to notice pain as a body sensation rather than immediate proof of damage.
Helpful mindfulness skills include:
Noticing the location, shape, temperature, or movement of a sensation
Observing thoughts without treating them as facts
Letting go of constant symptom checking
Returning attention to the present moment
Practicing a calm inner response to discomfort
The brain learns from repeated experience. When pain is met with panic, the brain learns, “This is dangerous.” When pain is met with calm curiosity, the brain can begin to learn, “This is uncomfortable, but safe.”
Somatic tracking teaches the brain safety
Somatic tracking is one of the most important tools in Pain Reprocessing Therapy. It means paying gentle, mindful attention to body sensations while sending the brain clear messages of safety.
The word “somatic” refers to the body. Tracking means noticing what is happening in real time.
This practice can be powerful because fear often keeps pain pathways active. If the brain believes a sensation is dangerous, it protects through pain, tension, fatigue, or avoidance. Somatic tracking gives the brain a new experience: the sensation can be observed without fear, resistance, or escape.
How somatic tracking works
A somatic tracking exercise often follows a process like this.
1. Choose a manageable sensation
The person brings attention to a symptom that feels tolerable enough to observe. The goal is not to focus on the most overwhelming pain. Starting small helps the brain stay within a sense of safety.
2. Notice the sensation with curiosity
Instead of asking, “How do I stop this?” the person asks neutral questions:
Where is it?
Does it have edges?
Is it warm, tight, sharp, dull, moving, or pulsing?
Does it change when I observe it?
Is it steady or shifting?
This helps the brain move from danger mode to curiosity mode.
3. Pair attention with safety messages
The person gently reminds the brain:
“This sensation is uncomfortable, but not dangerous.”
“My body is safe in this moment.”
“This is my nervous system being protective.”
“I do not need to fight this.”
These are not magic phrases. They work when they are paired with a felt sense of calm and repeated over time.
4. Allow the sensation to change or not change
The goal is not to make pain disappear right away. Trying to force pain away can become another danger message. The practice works best when the person allows any outcome.
The sensation may soften, move, intensify, fade, or stay the same. Each observation becomes part of the learning process.
5. End with reassurance and return to life
After tracking, the person shifts attention back to the room, breath, movement, or a meaningful activity. This teaches the brain that symptoms do not require full alarm.
Over time, somatic tracking can reduce the fear-pain cycle. The brain receives repeated evidence that sensations can be present without danger. That evidence can weaken learned pain pathways.
Safety does not mean doing nothing
Safety messages are not the same as avoidance. In fact, avoidance can sometimes confirm the brain’s belief that the body is fragile.
PRT often helps people return to safe activities in a gradual, confident way. This might include bending, walking, sitting, exercising, driving, or other movements the brain has linked with pain.
The key is the message behind the action.
Moving with fear can say, “I hope this does not hurt me.” Moving with grounded confidence can say, “My body is capable, and this movement is safe.”
Progress may be uneven. Flare-ups can happen. In PRT, a flare-up is not treated as failure. It is seen as another chance to teach the brain safety.
When PRT may be a good fit
PRT may be worth exploring when medical evaluation does not show a dangerous ongoing cause for pain, or when symptoms appear out of proportion to tissue findings.
It may fit patterns such as:
Pain that began during a stressful or emotional period
Symptoms that move from one area to another
Pain that changes based on mood, attention, or environment
Symptoms that persist after tissues should have healed
Pain that flares with fear, pressure, or conflict
Multiple symptoms that do not follow a clear structural pattern
Patients suffering with Chronic Pain often hear that they must simply manage symptoms. PRT offers a different possibility for some people: the nervous system may be able to learn safety again.
For support exploring whether this approach may fit your situation, you can contact Hope Renewed EMDR to learn about care options.
Frequently asked questions
Is Pain Reprocessing Therapy the same as saying pain is psychological?
Not at all! PRT does not say pain is imaginary. It says the brain and nervous system can create real physical pain when they perceive danger, even without ongoing tissue damage. I've had clients who have been told by well-meaning doctors that their pain is "all in your head". This statement is not only incorrect, but harmful to individuals suffering with VERY REAL pain.
Does PRT replace medical treatment?
No. New, severe, or unexplained symptoms should be medically evaluated. PRT is most appropriate when serious causes have been ruled out or when a clinician identifies a neuroplastic pain pattern. In fact, when I see a client who is experiencing chronic pain, the first step is to ALWAYS rule out both tissue damage and disease. This is a very critical first step: not only to insure there are no serious conditions, but to help the client develop and send messages of safety to the brain. As long as there is a lingering fear that "maybe it's cancer" or "This may be something serious", it is impossible to move forward in PRT.
How long does it take to work?
The timeline varies. Some people notice shifts quickly, while others need repeated practice over weeks or months. The main goal is consistent nervous system learning, not forcing fast symptom relief. An open mind is also a critical factor. If I have been told I have "xyz syndrome" with no objective evidence and I believe this "syndrome" is dangerous and must be healed with drugs or surgery, we cannot move forward. Disease and tissue damage MUST be ruled out to the satisfaction of the client before progress can be made. If I see a client for chronic pain and they are still testing for tissue damage or disease, I will always require these to be completed before we move forward with PRT.
Can somatic tracking make pain worse?
It can feel uncomfortable at first, especially if attention to the body has been linked with fear. A trained therapist can help keep the practice gentle, safe, and manageable.
Is medication still allowed with PRT?
Yes. PRT is drug-free in its method, but it does not require someone to stop prescribed medication. Medication decisions should be made with a licensed medical professional.
The key takeaway
Pain Reprocessing Therapy is based on a hopeful idea supported by modern pain science: the brain can learn pain, and it can learn safety. When the nervous system no longer sees normal sensations as threats, the need for pain can decrease.
This process takes practice, patience, and often skilled guidance. The work is not about denying pain. It is about changing the brain’s interpretation of pain.
For many people, that shift can open a path toward less fear, more movement, and a fuller life.
On a side note
I routinely see clients for chronic pain and chronic health conditions. As a former chronic pain sufferer myself I understand how frustrating and scary this can be. If you've dealt with this for long, you likely have been bombarded with a multitude of long and scary diagnoses, most follwed by "syndrome" or or some other nebulous and non-descript term. It can be un-nerving to suffer with chronic pain and no clear answer. As a chronic pain therapist, I would gently suggest that you do some research on your own and have an open mind about the best way to treat your own pain. Medical diseases and tissue damage must be dealt with under a medical doctor's care, but once these have been ruled out, it may be time to consider neuroplastic pain as the source of your pain. If we can help, please don't hesitate to contact us.
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