Unlearn Your Pain How Anxiety and Neuroplasticity Shape Idiopathic Pain and Related Conditions
Hi, my name is Tony from Enhanced Hypnotherapy. I'm deeply interested in pain and the signals created in the mind that seem to relay to us that something is wrong. I am also really curious about the link between these signals and that of anxiety. Pain can feel like proof that something is damaged, or indeed wrong, somewhat like the feelings of anxiety. A burning back, a twisting gut, aching muscles, bone-deep fatigue, or widespread tenderness all seem to point to a fault in the body. Sometimes that is true. A fracture, infection, inflammatory disease, tumour, nerve compression, or other medical problem needs proper diagnosis and care. Its absoluteley important with pain to take whatever medical steps that may be needed
But many people live with pain or symptoms that remain unexplained after reasonable tests. Others receive a diagnosis such as IBS, chronic fatigue syndrome, fibromyalgia, tension headache, pelvic pain, or non-cardiac chest pain, yet still feel lost about why the body keeps sounding the alarm.
This is where the work of Dr John Sarno and Dr Howard Schubiner has helped change the conversation. Their central message is simple, but often misunderstood: pain can be real, severe, and life-disrupting even when it is generated or amplified by the brain and nervous system rather than by ongoing tissue damage. At Enhanced Hypnotherapy, I draw on the influences of Dr Sarno's and Shubiner's work. Trying to magnify their work through the employment of hypnosis and NLP.
That idea sits at the heart of Unlearn Your Pain, Howard Schubiner’s work on mind-body symptoms, and Sarno’s earlier writing on Tension Myoneural Syndrome. The language has evolved, but the modern concept is often called neuroplastic pain. Neuroplastic pain can be said to be akin to a nocebo type effect.
This article is for information only and does not replace medical advice. New, severe, progressive, or unusual symptoms should always be assessed by a qualified health professional.
Pain is an output of the brain, not a direct measure of damage
This is so important to understand, pain is not always accurate measurement of damage. Pain is not a simple signal travelling from an injured body part to the brain. The nervous system gathers information from the body, past experience, memory, emotion, attention, and context. The brain then decides whether protection is needed. As with anxiety, it is not a reflection of the absolute reality of the state of threat, merely the mind's attempt at protection.
If protection seems necessary, pain may appear. (Although the reality may be different)
This does not mean the person is making it up. It means the brain is doing its job too well. Pain is a protective signal, and the system can become overprotective.
A familiar example is a sprained ankle. At first, pain helps rest and protect the injury. Later, as the tissues heal, the pain usually fades. In neuroplastic pain, the alarm can stay switched on after tissues have healed, or appear without a clear injury at all.
The same principle can apply to gut symptoms, fatigue, dizziness, chest tightness, muscle tension, bladder urgency, and other body sensations. The body is not pretending. The nervous system has learnt a pattern. I see many people who really are suffering, but are trapped by their own unconscious protections, again like anxiety.
What idiopathic pain really means
`Idiopathic` means that no clear medical cause has been found. It does not mean imaginary. It does not mean hopeless. It means the current medical model has not found a structural disease process that fully explains the symptoms. There may well not be a primary cause as such. Other times we can get a mix of structural problems and neuroplastic pain.
Idiopathic pain often has clues that point towards a nervous system pattern:
Symptoms move around the body
Pain varies with stress, attention, fear, or safety
Scans or tests do not match the intensity of symptoms
Symptoms began during or after a stressful period
Pain reduces during distraction, enjoyment, or deep relaxation
There is a history of several overlapping functional conditions
Symptoms flare after reading, worrying, checking, or anticipating pain
A tendency towards anxiety and control
None of these clues proves neuroplastic pain on its own. Together, they can suggest that the brain and nervous system are playing a major role.
The Sarno and Shubiner view of mind-body symptoms
John Sarno was best known for his work with chronic back pain. He proposed that strong emotions, especially those outside awareness, could trigger real physical symptoms through the nervous system. His term, Tension Myoneural Syndrome, described pain linked to tension, oxygen changes, and protective brain processes. TMS can be completely ameiliorated and healed by the use of therapeutic techniques, especially I would say the employment of Hypnotherapy for pain.
Some details of Sarno’s theory remain debated, but there is little doubt on the psychosomatic aspects of pain. Still, his wider contribution was important. He challenged the idea that every chronic pain problem must come from damaged discs, weak muscles, poor posture, or ageing joints. Very often patients can have almost identical scans MRI etc, but have completely different experiences.
Howard Shubiner built on this territory with a more modern approach. In Unlearn Your Pain, he presents chronic pain and related symptoms as learnt brain patterns that can be reversed through education, emotional awareness, reducing fear, and changing the relationship to symptoms.
The shared message is powerful:
The pain is real, but the danger signal may be false.
That sentence matters. Many people with chronic symptoms have been told, directly or indirectly, that “nothing is wrong”. A better message is: something real is happening in the nervous system, and the nervous system can change.
Anxiety turns up the volume on pain
Anxiety and pain are closely linked because both are protective systems. Anxiety scans for danger. Pain warns of threat to the body. When anxiety is high, the brain becomes more likely to interpret body sensations as dangerous. Remeber anxiety is only the minds safety mechanism in overdrive.
This can create a loop:
A body sensation appears
The brain labels it as dangerous
Anxiety rises
Muscles tense, breathing changes, sleep worsens
The nervous system becomes more sensitive
Pain or symptoms increase
The increased symptoms seem to confirm that something is wrong
Over time, this loop can become automatic. The body learns to react before conscious thought catches up.
Graph showing the threat and pain loop
The table below is a simplified way to picture how threat can affect pain intensity. It is not a measurement tool. It shows a common clinical pattern.
Nervous system state | Typical brain message | Pain or symptom volume |
Safety and calm | This sensation is not dangerous | ██ |
Mild worry | I should keep an eye on this | ████ |
High anxiety | Something may be wrong | ███████ |
Fear and hypervigilance | This is dangerous | ██████████ |
The key point is that pain can rise as perceived danger rises, even when the tissues have not changed.
Neuroplasticity means the pain system can learn and unlearn
Neuroplasticity is the brain and nervous system’s ability to change through experience. It is how we learn skills, habits, fears, movements, and responses.
The same process can also build chronic pain patterns.
For example, if bending once caused sharp back pain, the brain may later treat bending as dangerous. The body may tense before the movement. The person may move carefully, brace, avoid activity, and monitor every sensation. The brain receives more danger information, and the pain pathway becomes easier to activate.
This is learning.
The hopeful part is that learning can go both ways. Pain pathways that have become sensitised can often become less reactive when the brain receives repeated messages of safety.
That may happen through:
Pain education that reduces fear
Gentle return to avoided movements
Emotional awareness and expression
Reducing checking and reassurance seeking
Calming the stress response
Better sleep and pacing
Working with trauma or long-term stress
Reframing symptoms as safe but unpleasant sensations
Building evidence that the body is not damaged
Schubiner’s approach places strong weight on knowledge, self-reflection, and exercises that teach the brain to reinterpret pain. Sarno also focused on removing fear and recognising emotional triggers. Modern pain science supports the broader idea that meaning, attention, fear, and safety can all shape pain.
Graph showing how pain learning can reverse
This simplified graph shows two different paths. The first is the fear pathway, where pain becomes more threatening. The second is the safety pathway, where the brain learns that symptoms do not always equal danger.
Stage | Fear pathway | Safety pathway |
Sensation appears | “What if this is serious?” | “This is unpleasant, but I have felt this before.” |
Attention | Frequent checking | Noticing, then returning to life |
Movement | Avoidance or bracing | Gentle, confident movement |
Emotion | Panic, frustration, hopelessness | Curiosity, reassurance, patience |
Brain learning | More danger signals | More safety signals |
Likely pattern | Symptoms become stickier | Symptoms may soften over time |
This does not mean people should force through severe symptoms or ignore medical red flags. It means that once appropriate medical causes have been considered, the focus can shift from finding damage to retraining the danger system.
The link with IBS, CFS, fibromyalgia, and other conditions
Many people with idiopathic pain also have symptoms beyond pain. The same person might experience IBS, migraines, fatigue, bladder symptoms, jaw pain, dizziness, or chemical sensitivity. This overlap can feel confusing, but it makes more sense when viewed through the nervous system.
Hypnotherapy for pain can be absolutley fantastic as well as Hypnotherapy for anxiety.
Conditions often discussed in this space include:
Condition | Common symptoms | Nervous system link |
Irritable bowel syndrome | Abdominal pain, bloating, diarrhoea, constipation | The gut and brain communicate constantly through the gut-brain axis |
Fibromyalgia | Widespread pain, tenderness, sleep problems, fatigue | Pain processing can become more sensitive across the body |
Chronic fatigue syndrome | Severe fatigue, post-exertional malaise, cognitive symptoms | Stress, immune, autonomic, and nervous system regulation may be involved |
Tension headache and migraine | Head pain, light sensitivity, nausea, neck tension | Threat, stress, sleep, hormones, and sensory sensitivity can affect attacks |
Pelvic pain | Bladder, bowel, sexual, or muscular pain | Protective guarding and nervous system sensitisation can maintain symptoms |
These conditions are not “all the same”, and each deserves careful assessment. IBS is not identical to fibromyalgia. Chronic fatigue syndrome has specific features, including post-exertional malaise, that need respect and careful pacing.
Still, they often share a feature called sensitisation. The nervous system becomes more reactive to signals from the body. Normal sensations may feel painful. Mild effort may feel threatening. Digestive activity may trigger alarm. Light, sound, smell, pressure, or movement may become harder to tolerate.
This is one reason a purely structural search can fall short. If the primary problem is sensitivity in the alarm system, then scans, scopes, and blood tests may not tell the whole story.
Why understanding is not the same as blaming
Mind-body approaches can be handled badly. People with chronic symptoms may already feel dismissed. Being told pain is linked to stress or emotion can sound like blame if it is not explained well.
A neuroplastic view should never mean:
“It is all in your head”
“You are choosing this”
“You just need to relax”
“Your symptoms are not serious”
“Medical care does not matter”
A better frame is:
The brain and body are connected. The nervous system can create real symptoms. Anxiety and emotional stress can increase danger signalling. With the right conditions, the system can often learn safety again.
The Mind-body link is such that our conscious and unconscious fears are reflected into our biology as to is anxiety.
That is not blame. It is biology.
Practical signs that pain may be neuroplastic
Sarno and Shubiner both encouraged people to look for patterns. Pattern recognition can reduce fear because it changes the question from “What is broken?” to “What is my nervous system reacting to?”
Possible signs include:
Pain that began after a stressful life event, illness, injury, loss, conflict, or period of pressure
Symptoms that flare when thinking about them
Pain that changes location or intensity without a clear physical reason
Symptoms that ease during holidays, absorbing tasks, social connection, or moments of safety
A long list of ruled-out structural explanations
Flares linked to anger, fear, guilt, grief, perfectionism, or people-pleasing
Strong fear of movement despite medical reassurance
These signs are not a diagnosis. They are clues that can guide a conversation with a clinician who understands both medical assessment and pain neuroscience.
How people begin to unlearn pain
Unlearning pain is rarely a single insight. It is usually a process of teaching the brain safety many times, in many ways.
A gentle starting plan might include:
Get appropriately checked
Rule out serious or treatable medical causes, especially with new or changing symptoms.
Learn the pain science
Understand that pain can be real without ongoing damage. This reduces fear, which can reduce threat signalling.
Track patterns without obsessing
Look for links with stress, emotion, sleep, conflict, pressure, anticipation, and safety.
Change the response to symptoms
Instead of panic, practise calm recognition. For example: “This is my nervous system sounding an alarm. I can respond with steadiness.”
Reintroduce safe activity gradually
Movement should build confidence, not become a battle. The aim is to send the brain repeated evidence that the body is safe.
Work with emotions honestly
Sarno placed strong emphasis on anger, pressure, and repressed feeling. Schubiner also encourages emotional awareness. This can include journalling, therapy, somatic work, or guided exercises.
Reduce fear-based checking
Constant scanning teaches the brain that symptoms are important and dangerous. Gentle redirection can weaken that loop.
Seek support when needed
A pain-informed GP, physiotherapist, psychologist, psychotherapist, or specialist clinic can help tailor the work safely.
A more hopeful model of chronic symptoms
The neuroplastic model does not claim to explain every case of pain, IBS, CFS, fibromyalgia, or fatigue. Human biology is complex. Inflammation, infection, hormones, connective tissue, trauma, sleep, immune function, and life circumstances can all matter.
What it offers is a missing piece for many people with idiopathic symptoms: the brain can learn pain, and the brain can also learn safety.
That shift can be life-changing. It moves the focus away from endless searching for hidden damage and towards changing the conditions that keep the alarm active.
Pain recovery is not about positive thinking. It is about working with the nervous system as a living, learning system. Sarno opened that door for many people. Schubiner’s Unlearn Your Pain gives it a practical structure. Modern pain neuroscience gives it a language that more clinicians now recognise. Using #hypnotherapyforpain and #hypnotherapyforanxiety we can really create change at #enhancedhypnotherapy
If symptoms are medically unexplained, inconsistent, stress-linked, or part of a wider pattern such as IBS, fibromyalgia, chronic fatigue, headaches, or pelvic pain, the question is not whether the pain is real. It is real, but perhaps you can change this.
The better question is: What has the nervous system learnt, and what might help it learn something safer? Please feel free to contact me at enhancedhypnotherap.co.uk
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