Persistent Pain Explained: Why Pain Is More Than Tissue Damage

Leigh Brandon (00:00)
What if the pain you feel is completely real, but the explanation you’ve been given for it is incomplete? Pain does not always equal damage. Sensitivity can change. Movement can become safe again, and you can participate in your recovery.

Welcome to Beyond the Pain, the podcast that explores what it really takes to break free from chronic pain and reclaim your life. I’m your host, Lee Brandon, and someone who’s spent over two decades helping people get to the root cause of pain that no one else could explain. Whether you’re dealing with long-term back issues, joint pain, nerve discomfort, or mysterious symptoms that just won’t go away, this show is here.

To help you go deeper. Because beyond the pain, there’s clarity, strength, and power waiting for you. Each week we’ll uncover the physical, emotional, biochemical, and energetic causes of pain and how to transform them. Let’s dive deep into this week’s episode.

What if the pain you feel is completely real, but the explanation you’ve been given for it is incomplete? What if the scan that frightened you is showing you a common age related change rather than the true reason you’re still hurting? What if the tissues that were originally injured have healed, but your nervous system has continued to protect you?

And what if thoughts, emotions, expectations, sleep, stress, movement, and your wider life circumstances are not separate from your pain, but part of the biological environment in which pain is produced? These questions sit at the heart of one of the most important changes taking place in pain care. For decades, persistent musculoskeletal pain

was largely explained as a structural problem. If your back hurt, the problem was assumed to be in your back. If your neck hurt, the problem was assumed to be in your neck. The task was to identify the damaged structure and then correct, inject, manipulate, remove or medicate it. Sometimes that approach is exactly what is needed. A fracture, poisoning,

Inflammatory disease, progressive neurological condition or serious injury requires appropriate medical investigation and care. I want to make that clear from the beginning. A mind body understanding of pain should never be used to dismiss warning signs, avoid an appropriate diagnosis, or pretend that physical pathology does not matter.

But structural explanations often fail to account for persistent pain. Two people can have almost identical scans and dramatically different symptoms. One can remain active and pain-free, while the other becomes severely limited. Some people have significant pain with very little visible tissue change. Others have disc bulges, degeneration, arthritis, or tendon abnormalities.

And experience no pain at all. Pain can continue after normal tissue healing times have passed. It can move from one body part to another. It can fluctuate with sleep, stress, attention, fear, work pressure, and emotional conflict. It may disappear on holiday and return on the first day back at work. It may settle while someone feels safe and intensify.

During uncertainty. None of that makes the pain imaginary. It tells us that pain is more complex than a direct measurement of tissue damage. In this episode, I want to explore that complexity through the work of Dr. John Sarno and the insights of modern pain neuroscience. Sarno was controversial and some of his proposed mechanisms have not been established by modern research.

But he recognized something important long before it was widely accepted. Persistent pain cannot always be understood by examining the painful body part alone. Modern neuroscience now gives us a broader and more detailed explanation of why that might be true. It shows us how the brain predicts danger, how the nervous system learns, how fear and attention can amplify pain.

How stress and emotions affect physiology, and how neuroplasticity may contribute both to persistent symptoms and to recovery. Most importantly, this knowledge can give people hope without making false promises. Recovery is not always quick, linear, or complete. There is no single technique that works for everybody.

But persistent pain does not automatically mean permanent damage, and a diagnosis is not a life sentence. So let us begin with the most basic question. Why should we be talking about pain at all? So before we explore how pain works and why it can persist, let’s consider the true scale of the problem and what pain can take away from someone’s life.

Well, persistent pain is not a small or specialist problem. It’s one of the most common and disabling health challenges in society. A major systematic review and meta-analysis published in 2016 estimated that chronic pain affects between one third and one half of adults in the UK. The authors calculated an average prevalence of just over 43%, although estimates vary.

Depending on the definition used and the population studied. Even if we use the lower end of the range, we are still talking about millions of people. Now the numbers do matter, but they do not fully communicate the human cost. Persistent pain can affect whether someone can work, exercise, sleep, concentrate, socialize, travel, or care for their family. It can change their financial security.

And their relationships. It can reduce confidence, independence, and identity. Activities that once felt automatic can become calculations such as can I sit through that journey? Will walking there cause a flare up? What if I cannot get home? Will I pay for this tomorrow? Over time, life can become organized around avoiding symptoms.

People may stop playing sport, going out with friends or picking up their children. They may turn down opportunities because they cannot trust their body. Some lose their career or a role that gave them meaning. Others continue working but use nearly all their available energy simply to get through the day. Pain also affects the people around them. Partners may become carers, children can sense the strain.

Friends may stop inviting someone to events after repeated cancellations. This can create isolation at the very time that connection is most needed. Then there’s the emotional burden. When pain has persisted despite appointments, scans, medication, injections, manual treatment or surgery, people understandably become frightened. They may feel that their body is deteriorating.

And that nobody can explain why. They may feel disbelieved when tests are inconclusive, or blamed when psychological and emotional factors are mentioned badly. The last point is crucial. You may have heard some version of there’s nothing wrong with you, or it’s probably stress. Those statements can be profoundly invalidating. You know the pain is real. You are not

Imagining it. You are not choosing it. And you cannot simply decide to stop feeling it. The problem is not that psychological, emotional, and social factors are irrelevant. The problem is that the false assumption that a symptom must be either physical or psychological. Human beings do not work like that. Thoughts are biological events.

Emotions involve changes in brain activity, hormones, autonomic function, breathing, muscle tone and immune signaling. Sleep influences pain sensitivity. Expectations can alter the body’s own pain modulating systems. Fear changes movement. Movement changes sensory input. Social safety and social threat affect physiology.

The mind and the body are not two separate machines that occasionally communicate. They are different aspects of one integrated human system. This is why persistent pain deserves a better conversation. If your pain is reduced to a body part, important factors that may be keeping you tracked can be overlooked. If it’s reduced to psychology, the same mistake has been made from the opposite direction.

We need a model wide enough to include tissues and biomechanics, metabolism and inflammation, the brain and nervous system, emotions and beliefs, behavior and relationships, and the wider environment in which someone lives. Pain also matters because the way it is explained can change its course. If you’re told that your spine is crumbling, your discs are worn out, or your posture is dangerous,

Those words do not simply convey neutral information. They can create fear. You may begin monitoring every sensation, bracing during movement, and avoiding normal activity. Your world becomes smaller, your physical capacity declines, and your nervous system receives repeated evidence that your body is vulnerable. This is known as a nocebo effect.

Negative expectations and treatment context can contribute to worst symptoms or outcomes. It’s not imaginary. Just as positive expectations and a reassuring therapeutic relationship can activate pain relieving processes, alarming language can amplify threat. That does not mean you should be given false reassurance. You deserve an accurate explanation.

A scan may show a structural change, but the meaning of that change depends on the full picture. Degenerative findings are common in people without pain, particularly as we age. A finding can be real without being the complete explanation for symptoms. The opposite message can also be powerful. Your body may be more robust than you think. Pain does not always equal damage.

Sensitivity can change. Movement can become safe again. And you can participate in your recovery. For someone who has spent years believing they are broken, that is not empty positivity. It’s a different biological message that there may be a way forward. Unfortunately, reaching that more hopeful understanding can be difficult when the conventional treatment journey repeatedly reinforces the belief.

That your body is damaged. If you have persistent pain, you may have entered healthcare through a pathway designed primarily for acute injury. The sequence may be familiar. Pain begins, so the painful area is examined. You rest or take medication. If the pain continues, you may receive physiotherapy or manual treatment. If that doesn’t resolve it, imaging is ordered.

The scan identifies an abnormality, which becomes the explanation. Treatment is then directed at that abnormality through more rehabilitation, injections, and perhaps surgery. Every step in that sequence can be appropriate. The problem is the assumption that persistent pain must follow the same rules as an acute injury. When the treatment doesn’t work,

You may conclude that the damage is worse than everyone thought. The next intervention becomes more intensive. A temporary reduction in pain can seem to confirm the structural explanation, even when the improvement may also have come from reassurance, reduced muscle guarding, altered attention, natural symptom fluctuation, or the expectation of relief. When symptoms return,

The body is once again viewed as faulty. This can create a treatment merry-go round. You keep searching for the next technique, practitioner, or procedure that will finally correct you. Your understandable desire for help gradually becomes dependence. You monitor your body between appointments, waiting for something to go wrong again. The issue is not that hands on treatment.

Or medical intervention is bad. Having worked as a manual therapist for many years, I know how valuable skilled physical treatment can be. But I also know that lasting recovery is unlikely if treatment leaves you believing that your body constantly needs somebody else to correct it. The issue is the story attached to the treatment. Does the treatment tell you you are damaged?

And only I can put you right? Or does it say this may help reduce your symptoms and improve movement while we identify the wider factors, restore your capacity, and help you trust your body again? Those are very different therapeutic messages. The first leaves you as the passive recipient of correction.

The second makes treatment one useful part of an active recovery process in which you have an important role. Medication creates a similar scenario. Pain relieving medication may be necessary and valuable, particularly during acute pain following surgery or when symptoms are severe. But lowering a symptom does not necessarily change the process maintaining it.

If fear, sensitization, poor sleep, reduced movement, and overwhelming stress remain untouched, relief may be temporary. The same is true of surgery. Surgery can be transformative when a clearly identified structural problem matches your symptoms and can be corrected surgically. But operating on an abnormal scan finding

Cannot automatically resolve every influence on your pain. This is why a scan should never be considered in isolation from your symptoms and full assessment. The broader question is not whether conventional treatment works or fails, it’s whether the treatment matches the main factors contributing to your pain. A structural intervention is most likely to help when structure is a meaningful driver.

Nervous system regulation becomes more relevant when threat, prediction and sensitization dominate.

Progressive exercise matters when capacity has fallen. Sleep, nutrition, and metabolic support matter when biological recovery is compromised. Emotional work matters when unresolved stress or internal conflict is keeping the system on alert. Your pain may not fit neatly into one category. Several factors can contribute at the same time, and the factor that started your pain is

May not be the one keeping it going today. This also changes how we define success. If success means that only a practitioner makes your pain disappear during an appointment, you may overlook whether you are becoming stronger, calmer, more independent, and more engaged with life. Long term recovery is not simply the absence of pain at one moment, it’s the restoration of capacity.

confidence, choice and participation.

To understand how lasting recovery may be possible, we first need to understand what pain actually is and why persistent pain behaves differently from acute pain. The International Association for the Study of Pain defines pain as an unpleasant sensory and emotional experience associated with or resembling that associated with actual or potential tissue damage.

There are several important ideas within that definition. First, pain is both sensory and emotional. Emotion is not an optional extra added after the physical signal arrives. It’s part of the pain experience itself. Second, pain may be associated with the actual tissue damage, potential damage, or an experience resembling that associated with tissue damage.

Pain is therefore not a damage meter. Third, pain is personal. It’s influenced to varying degrees by biological, psychological, and social factors. A person’s report of pain deserves to be respected even when a scan or blood test does not provide a satisfying explanation. To understand why it helps to distinguish nosception from pain.

Nosception is the nervous system’s process of detecting and transmitting information about potentially threatening events in the tissues. Specialized receptors respond to mechanical, chemical, and thermal changes. Signals travel through the spinal cord and are processed throughout the nervous system. But nosesception is not identical to pain. The brain does not receive a finished pain signal.

from the body in a way a computer receives a file. It receives information that must be evaluated alongside context, memory, expectation, emotion, attention and perceived safety. Pain is the resulting protective experience. This distinction explains why no seception can occur without pain and why pain can occur without ongoing tissue damage.

An athlete may sustain an injury during competition and feel little pain until the match ends. In an emergency, a person may not notice a wound until they’re safe. Conversely, someone may experience severe pain when the brain predicts bodily danger, even if no tissue damage is occurring at that moment. The famous construction worker story illustrates this. A worker reportedly landed on a large nail.

That appeared to have passed through his boot. He experienced excruciating pain and required strong pain relief. When the boot was removed, the now had passed between his toes without penetrating his foot at all. His pain was real. His nervous system had interpreted the available evidence as extreme danger and produced an appropriate protective response based on that interpretation.

This does not mean every unexplained pain experience is a false alarm. It demonstrates that pain depends on perceived threat, not only on tissue states. Acute pain is usually protective and proportionate to an immediate problem. You sprain an ankle, burn your hand, or fracture a bone, and pain encourages protection while healing occurs. In that context, pain serves an obvious biological purpose.

Persistent pain is different. It’s generally described as pain that continues or recurs for more than three months. It may begin with an injury, disease, or inflammatory event. Sometimes a clear initiating event cannot be identified. The defining issue is that the pain continues beyond the period in which straightforward tissue healing would normally explain it.

Or it becomes disproportionate to the ongoing tissue threat. There are three broad mechanisms that are useful to understand. Nosyceptive pain is associated with actual or threatened damage to non-neural tissue and activation of gnosis. And they’re known as pain receptors, or as David Butler and Norma Mosley call them, danger receptors. Nosceptive pain includes many acute injuries.

And inflammatory conditions. Neuropathic pain results from a lesion or disease affecting the somatosensory nervous system. Examples include diabetic neuropathy, post shingles neuralgia, and pain associated with nerve root injury or compression from a disc herniation or bony encroachment. Gnosyplastic pain involves altered gnosyception.

Without clear evidence that ongoing tissue damage or a lesion of the somatosensory system fully explains the pain. Conditions such as fibromyalgia and some presentations of persistent lower back pain may involve gnosoplastic processes. These categories can overlap. You can have structural pathology, nerve involvement, and amplified sensual processing at the same time.

This is why simplistic arguments about whether your pain is structural or neuroplastic can be misleading. Persistent pain is often a mixed picture. The protective system may become sensitized. Neurons in the spinal cord and brain can become more responsive. The threshold at which the system produces protection may fall. Sensations that would have once felt neutral would be.

may become painful, which is known as allodynia. When a painful input produces a stronger response than expected, it’s known as hyperalgesia. The example I use a lot is that of a smoke alarm. A well calibrated alarm responds to a genuine fire. A sensitized alarm may respond to burnt toast or steam from the shower. The alarm is functioning but its threshold has become overly

Protective. The smoke is real and the alarm sound is real. The question is whether the level of protection matches the current danger. The brain’s predictive nature also matters. Your brain is not passively waiting for sensory information. It continually predicts what is likely to happen next and compares those predictions with incoming signals. This is very efficient.

At keeping you safe. If the brain had to process every situation from nothing, you couldn’t move through the world effectively. It uses past experience to anticipate what is safe, what is threatening, and what action may be needed. If bending repeatedly produces pain during an injury, the brain may learn an association between bending and danger. Later,

Even after tissues have healed, preparing to bend can activate protection. The sight of a chair, the approach to a particular movement, a time of day, a workplace, or even the thought of an activity can become a cue. The prediction can begin shaping the experience before meaningful tissue input arrives. Again, this is not imagination, it’s the nervous system doing what it evolved to do.

Use previous experience to predict danger and protect the organism. The difficulty is that the prediction may no longer match the present reality. This gives us a more accurate way of understanding neuroplastic pain. Neuroplasticity is the nervous system’s capacity to change in response to experience. It allows us to learn a language, develop a tennis serve, and adapt to a new environment.

It can also strengthen pain related patterns. Repeated pain, fear, attention, and avoidance can teach the nervous system that a situation is dangerous. But neuroplasticity also offers hope because learned protection is not necessarily fixed. New experience of safety can update the system.

This is one of the places where Dr. Sarno’s clinical observations and modern pain neuroscience begin to meet. Sarno works primarily with people experiencing chronic back, neck, and other musculoskeletal symptoms. He observed that structural findings often failed to explain the severity, distribution or variability of their pain. He called this condition tension myositis syndrome.

later also described as tension myoneurosyndrome, and proposed that unconscious emotional conflict could create physical symptoms. His specific physiological explanation, including the idea of mild oxygen deprivation, has not been established as a comprehensive mechanism for persistent pain. Emotional repression should not be presented as the universal cause of chronic symptoms.

Yet Sano identified several principles that remain highly relevant. He challenged the automatic equation of pain with structural damage. He recognised that fear of symptoms could perpetuate disability. He also saw that education could itself be therapeutic. He encouraged people to resume normal activity and stop treating their bodies as fragile.

He also insisted that emotional processes could affect physical symptoms without making those symptoms unreal. Modern neuroscience uses different language and a broader model. It discusses central sensitization, predictive processing, threat learning, descended pain modulation, autonomic regulation, interception and neuroplasticity.

But it supports the general idea that pain is shaped by more than just anatomy. And now that we understand pain as a protective experience shaped by the brain and nervous system, we can examine why protection sometimes continues long after the original danger has passed. Well, there’s rarely one universal cause of persistent pain. And it’s usually more helpful to ask what factors initiated the pain.

What factors made the system vulnerable and what factors are maintaining it now? Those may not be the same things. A disc injury may initiate an episode of back pain. Fear, poor sleep, loss of movement, work stress, and repeated alarming messages may then maintain sensitivity long after the disc has healed. An inflammatory condition may continue producing no seceptive input.

While anxiety and hypervigilance amplify the experience. You may have an old injury, reduced physical capacity, blood sugar instability, a high cumulative stress burden, and unresolved emotional stress all interacting. This is why finding one abnormality does not necessarily mean finding the cause. If you’ve been living with persistent pain,

And feel that nobody has helped you understand why it continues. My book Beyond the Pain was written just for you. It explores how physical, biochemical, neurological, and emotional influences can combine to increase the load on your system and why lasting recovery often requires looking beyond the painful area itself. Beyond the pain is available in paperback, Kindle, and audiobooks.

You’ll find the link in the episode description and show notes. Let us now examine the major contributors without pretending they operate independently. We’ll begin with the most obvious contributor, the condition of your tissues and whether your body currently has the capacity to meet the demands placed upon it. Now, tissues do matter when it comes to persistent pain. Load management matters. Strength, mobility.

Coordination and movement variability matter. Repeatedly exceeding a tissue’s current capacity can produce irritation or injury. But load is relative to capacity. An activity that is manageable for someone else may currently exceed your capacity. Your capacity is influenced not only by training but by sleep, nutrition, recovery, hormones.

Age, illness, stress, and previous activity. Persistent pain may lead you to avoid movement. Initially, that may be sensible, but prolonged avoidance can reduce strength, endurance, and confidence. You become less able to tolerate ordinary demands, so normal life begins to feel threatening. This creates a feedback loop in which your pain reduces your activity.

And reduced activity lowers your capacity. The answer is not always to push through. It’s to restore appropriate movement progressively while monitoring both symptoms and function. But reduced physical capacity is only part of the picture, because persistent pain can also change how sensitively your nervous system responds to information from your body. With persistent pain,

Parts of the nervous system can become more excitable. Incoming information receives greater weighting, and the body’s own inhibitory systems may become less effective. Brain imaging research has found differences in regions and networks involved in sensory processing, attention, emotion, memory, motivation, and pain modulation. These include the insula.

Anterior cingular cortex, prefrontal cortex, amygdala, hippocampus, somatosensory cortices, and other connected regions. These findings are important but they need careful interpretation. A brain scan cannot currently diagnose an individual’s chronic pain or prove which change caused it. Pain can change how the brain works while the way someone’s brain already processes stress.

Danger and physical sensations may make them more susceptible to developing persistent pain. The relationship is dynamic and likely bi-directional. The useful message is not that chronic pain damages the brain permanently, it’s that persistent pain involves changeable nervous system processes, not just a faulty body part. And once the nervous system becomes more sensitive,

The brain’s expectations and previous experiences can begin influencing which sensations it interprets as dangerous. The brain uses prediction to organize perception. If it expects danger, ambiguous sensory information is more likely to be interpreted as threatening. This can develop through direct experience. If turning your head triggered pain after an injury, turning may become associated with danger.

It can also develop through information. Being told that your spine is unstable or your joint is bone on bone can create powerful expectations. The treatment environment can reinforce these predictions. A practitioner who repeatedly tells you that you are out of alignment must avoid certain movements or require endless manual corrections may unintentionally teach dependence and fragility.

Short-term relief does not always equal long term recovery. Passive treatment may help settle a flare up, create a window for movement, or manage a genuine tissue problem. But if your relief is always attributed to someone else putting your body back into place, you may never develop trust in your own capacity. When your brain learns to expect pain or damage,

Fear and avoidance can understandably become part of its strategy for protecting you. And fear is one of the most important factors in persistent pain. If you believe a movement is damaging you, it’s rational to avoid it. But avoidance prevents the nervous system from receiving updated evidence that movement may now be safe. The prediction remains unchallenged.

Fear also changes movement. People brace, hold their breath, move rigidly, and recruit more muscle tension than necessary. These strategies may be useful briefly, but when they become habitual, they increase effort and reinforce the sense of danger. Hypervigilance means continually scanning the body for threat. Small variations in sensation become highly noticeable.

A normal ache after activity may be interpreted as evidence of re injury. That interpretation increases alarm, which amplifies the sensation and appears to confirm the prediction. This is not a character weakness, it’s a learned protective strategy. An important part of recovery is learning to distinguish hurt from harm and to returning to movement without making symptoms your only measure of safety.

This protective response does not apply only to physical movement because your nervous system also responds continuously to the wider pressures and stresses in your life. Your brain’s most important task is not solving complex problems or creating art. It’s keeping you alive and moving you safely through the world. Much of that work occurs outside conscious awareness through autonomic, endocrine,

Immune and motor regulation. Your brain adjusts heart rate when you climb the stairs, digestion when you eat, temperature when you’re hot, and immune activity when the body detects a threat. Pain is part of this protective system. When stress is short lived, the sympathetic response helps you act. Heart rate rises, attention narrows.

Energy becomes available and muscle tone changes. When stress is prolonged or repeatedly triggered, the system may remain more vigilant. Allostatic load describes the cumulative physiological burden created as the body repeatedly adapts to demands. Work pressure, financial uncertainty, care giving, relationship conflict, loneliness, trauma, poor sleep, under recovery.

And physical illness can all add load. Stress does not need to create tissue damage to affect pain. It can change muscle tone, sleep, attention, inflammation, recovery, pain thresholds, and behaviour. Studies have found that higher perceived stress can predict future episodes of lower back pain and is associated with greater pain and disability.

The relationship also runs in both directions. Pain creates stress and stress can heighten pain. This can become a self reinforcing loop. And because emotions are an important part of the stress response, the way you experience, interpret and express them may also influence the level of protection produced by the nervous system. Emotions are physiological events.

Anger, fear, grief, shame, and frustration, alter breathing, heart rate, muscle activity, hormones, attention, and action tendencies. Dr. Sano placed particular emphasis on unconscious anger and emotional repression. Modern evidence does not justify claiming that repressed anger is the cause of every persistent pain condition.

But emotional processes can clearly influence pain, and habitually suppressing or holding back emotions may contribute to ongoing physiological stress in some people. The key is not to search obsessively for one hidden traumatic event or to tell somebody that they are hurting because they’ve failed to process their emotions. That simply creates another form of blame. A more useful approach is curiosity.

What was happening in your life when the symptoms began or intensified? What demands were you carrying? Were you angry but unable to express it? Were you grieving? Did you feel trapped, unsafe, over responsible, or unable to say no? Do you habitually suppress your own needs to care for someone else? Anger itself is not the problem. It can be a signal.

That a boundary has been crossed, a need is unmet, or something feels unfair. The goal is not to eliminate anger, but to recognise, understand and express it constructively. Journaling, psychotherapy, emotional awareness work, or honest conversation may help you reduce internal conflict. Emotional work will be more important for some people than others.

Your recovery plan should fit you rather than force your experience onto somebody else’s theory. For some people, this emotional and physiological burden is connected to experience that taught the nervous system to remain highly alert long after the original danger had passed. Psychological trauma can influence physical health through the nervous, endocrine and immune systems. Repeated activation of threat responses.

Can increase allostatic load and affect sleep, autonomic regulation, pain sensitivity, and behavior. But trauma must not become another explanation for everything. If you have a trauma history, that does not prove it caused your illness. Physical disease is usually influenced by multiple factors, and appropriate assessment remains essential. If trauma is relevant to you,

The work should provide safety, choice and collaboration. Your nervous system may have learned to remain vigilant, but you should not be pushed into reliving experiences or promised that emotional release will cure your pain. Emotional safety is only one part of recovery because your nervous system is also influenced by the overall biological condition of your body.

Persistent pain cannot be separated from the overall biological state of your body. Poor sleep lowers pain thresholds and reduces recovery. Pain then disrupts sleep, creating another feedback loop. Blood sugar instability, inadequate nutrition, digestive dysfunction, medication effects, hormonal changes, and inflammatory conditions may all affect energy, mood, tissue recovery.

And nervous system sensitivity. This is one reason a purely psychological model is just as incomplete as a purely structural one. You cannot meditate your way out of every metabolic, inflammatory, or nutritional problem. Those contributors need to be addressed and addressed appropriately. Your biological health does not exist in isolation either.

It’s continually affected by your relationships, responsibilities, environment, and sense of who you are. Your pain happens within the reality of your social world. Job insecurity, unsupportive relationships, financial strain, lack of access to care, isolation, and care giving demands affect the resources available for recovery. Persistent pain can also become intertwined with your identity.

You may move from seeing yourself as a runner, parent, professional, or adventurous person to seeing yourself primarily as a patient with a damaged back. This is not your fault. Healthcare can reinforce this change through labels, restrictions, and repeated treatment. But rebuilding your life requires more than reducing a pain score. It involves reconnecting with the roles, activities, people,

And sense of purpose that matter to you. This is the essence of a whole person model. Biological, psychological, and social factors are not competing explanations. They continually interact. Once we recognise how many interacting factors influence pain, its tendency to move, fluctuate or return begins to make much more sense.

People are often frightened when the pain changes location or returns without an obvious injury. They may assume that a disease is spreading or that several body parts are deteriorating at once. Sometimes new symptoms do require fresh assessment. But variability can also be a clue that the protective system is involved. Tissue damage normally follows anatomical.

And biological constraints. Nervous system protection is more responsive to context. A sensitized system may generalize from one movement or location to another. If the brain has learned that bending is threatening, it may later respond with pain to lifting, sitting, or twisting. If the original pain settles, attention and protection may become organized.

Around another bodily sensation. This is sometimes described as symptom substitution, but that phrase can be misleading if it implies deliberate psychological creation. A better description is generalized protection. The system has learned a broad rule. The body is vulnerable and sensations require attention. Fluctuation can occur for the same reason.

You may tolerate an activity when rested, confident, and socially supported, but struggle with it after several nights of poor sleep and a stressful week. The movement has not changed, but the state of your whole system has. This is where a load and capacity perspective is useful. Symptoms may emerge when total physiological loads exceed current capacity. Physical training is part of that load.

But so are emotional stress, metabolic demands, illness, inadequate sleep, poor recovery, and social pressure. Imagine a bucket receiving water from several taps. One tap represents mechanical load. Another represents work stress. Others represent sleep debt, inflammation, emotional conflicts, and under recovery. Pain may appear when the bucket overflows.

It would be a mistake to blame the final glass of water alone. Bending to tie a shoe or carrying a shopping bag may appear to cause the flare up, but it may simply be the final demand placed on a system already near its limit. This also explains why the same activity can produce different outcomes on different days. Recovery, therefore, involves more than desensitizing one movement.

It may require reducing total load while increasing capacity across several systems. The return of pain after improvement can also trigger a powerful fear response. You might think, I am back at the beginning. But a recurrence does not erase your previous progress. Old patterns can reappear under pressure without becoming permanent again. Think about learning any complex skill.

Under fatigue or stress, you may briefly return to an old habit. That does not mean all learning has been lost. It means the newer pattern needs reinforcement and the current load may need attention. This framing can change a flare up from proof of damage into useful information. What has increased the total load? Which capacities are temporarily reduced?

What response would communicate safety while respecting the body’s need for recovery? Those questions create options. Catastrophe closes them down. Understanding these different contributors gives us somewhere constructive to go next, and that is identifying the changes that may help your protective system become less sensitive. If persistent pain is multifactorial,

Recovery cannot be reduced to one technique. The aim is to identify the major loads and maintaining factors that apply to you, improve your capacity, reduce unnecessary threat, and create repeated experiences that support safety, confidence, and function. You can think of the recovery process as a series of connected steps. Make sure anything requiring medical treatment has been investigated.

Understand what pain does and does not tell you. Identify what’s increasing your total load. Rebuild trust in movement. Change how you respond to sensations and flare ups. Support sleep, nutrition and physical recovery. Explore emotional stress without assuming it explains everything. And gradually return to the activities that give your life meaning.

You do not have to tackle every step at once. Start with the factors that appear most relevant and manageable for you. That process begins with an appropriate assessment. And before considering nervous system or mind body approaches, however, the first priority is to make sure that anything requiring medical treatment has been appropriately investigated. A mind body approach begins with good medicine, not

Avoidance of medicine. New severe or changing symptoms need appropriate evaluation. Warning signs such as major trauma, unexplained weight loss, fever, progressive weakness, changes in bladder or bowel control, saddle numbness, or a history that raises concern for systemic disease should be investigated promptly.

The point is not to assume all pain is structural or all pain is nervous system driven. It’s to make sure you are assessed responsibly and then work with the explanation that best fits your full picture. Once serious or progressive conditions have been considered, an accurate understanding of pain can begin replacing uncertainty and fear with greater confidence.

Education was central to Dr. Sano’s method and it remains central to modern pain care. Understanding that pain is not a direct measure of damage can reduce fear. Learning that common scam findings also occur in pain free people can change the meaning of a diagnosis. Recognizing that sensitivity is changeable can replace helplessness with agency and action.

Pain neuroscience education should never feel like a lecture telling you that your pain is just in your head. Used well, it connects the science to your lived experience. Why does pain change with stress? Why did it move? Why can you sometimes perform an activity without symptoms and struggle on another day? Why did the scan remain the same while the pain changed? These variations are not inconvenient contradictions.

They are clues that the nervous system and wider context are involved. Education alone is not always enough. Its greatest value may be preparing you to have new experiences. Understanding pain intellectually is an important beginning, but your brain also needs believable evidence that your body is safer than it currently feels.

Recovery often requires a credible sense that your body is safer than it feels. That is different from repeating I am safe while secretly believing disaster is imminent. Reassurance must be grounded in assessment and evidence. You might ask have normal healing times passed? Are my symptoms inconsistent with ongoing tissue damage? Do they vary with stress, attention,

Or context. Are there symptom free periods? Can the pain move or change rapidly? Have appropriate medical concerns been excluded? These clues can support a more flexible interpretation, and that is that the sensation may be a protective response rather than evidence of fresh damage. We do not need absolute certainty before taking a small step.

We need enough evidence to explore safely. One way to begin gathering that evidence is to experience bodily sensations with curiosity before automatically interpreting them as signs of damage. One nervous system regulation technique is to observe sensations with curiosity rather than immediate fear. Notice where the sensation begins and ends. Is it constant, pulsing, warm, tight?

Sharp or diffuse? Does it change when you breathe, move, shift attention, or remind yourself that you are not under immediate threat? The aim is not to monitor the body obsessively or force the pain to disappear. It’s to experience sensation without automatically adding the conclusion that damage is occurring. If the practice becomes another test, i.e.

I must make the pain go away to prove that I’m safe, it can increase pressure. Curiosity works better than demand. Your ability to notice and interpret signals from inside your body is known as interception. Better awareness is not simply about noticing more, it means learning to interpret those signals more accurately and with less fear. As the sensations become less threatening,

You can begin applying that same curiosity to movement and activities that you have learned to fear. Avoidance preserves fear because the nervous system never receives correct information. Graded exposure means returning progressively to movements or activities you fear, beginning at a level you can approach with manageable apprehension. The purpose is not to prove how tough you are or ignore your body.

It’s to give your nervous system evidence that movement can occur without catastrophe. If bending is feared, the starting point may be a small relaxed bend supported by breathing. If walking triggers the alarm, begin with a manageable distance that avoids the boom and bust pattern. If exercise has become threatening, choose a form of movement associated with enjoyment or confidence. Over time, progress the range.

load, duration, or complexity. Some discomfort may occur. Pain during movement does not always mean harm, particularly in a sensitized system. But the goal is not maximal pain exposure. The goal is growing function, confidence, and capacity. This needs individual judgment. Someone with post exertional malaise, an acute injury,

Or active inflammatory disease requires a different approach from someone whose primary barrier is a fear of healed tissue. These safer movement experiences can then become the foundation for building the strength, mobility, and endurance needed for everyday life. Exercise is not merely a psychological lesson, it creates a real physical adaptation. Strength training can improve force capacity.

Aerobic activity can support cardiovascular fitness, mood and sleep. Mobility work can expand comfortable options. Walking can restore confidence and reconnect someone with normal life. There is no universally best exercise for persistent pain. Your best starting point is often an activity that you can perform consistently, progress gradually, and connect to a meaningful goal.

Your exercise plan should account for your current capacity, recovery and total life load. More is not always better. Too little challenge may fail to create adaptation, while too much can provoke flare ups and confirm fear. As you rebuild your capacity, symptoms may occasionally increase, so learning to interpret and respond to flare ups calmly becomes an important part of recovery.

It’s also important to understand that recovery is rarely linear. A flare-up does not automatically mean reinjury or failure. Symptoms may increase after unfamiliar activity, poor sleep, emotional stress, illness, or accumulated load. The nervous system may briefly return to an old protective pattern. Instead of panicking, investigate. What changed?

Is there any reason to suspect a new injury or medical problem? If not, you can reduce the load temporarily without abandoning activity altogether. Can you use the flare up as an opportunity to practice a less fearful response? The difference between a setback and a learning experience often lies in the meaning attached to it.

Responding differently to flare ups also means recognizing how your overall stress level can affect the amount of protection your nervous system produces. Nobody can remove every stressor from life. The aim is to improve the system’s ability to respond and recover. Slow breathing, mindfulness meditation, time in nature, appropriate exercise, social connection, and relaxation practices are

Can reduce physiological arousal. Their purpose is not to become emergency rituals that must be performed perfectly whenever pain appears. Used consistently, they can increase flexibility in autonomic regulation. It’s also important to address practical stresses where possible. A breathing exercise cannot resolve an unsafe relationship, impossible workload.

or complete absence of boundaries. Nervous system regulation includes changing the environment, asking for help, and saying no when necessary. Managing stress is more effective when your body also has the sleep, energy and nutritional resources it needs to recover. Sleep should not be treated as an afterthought. A regular sleep wake rhythm, appropriate light exposure, reduced stimulation before bed,

Management of sleep disorders and attention to factors disrupting sleep can improve pain tolerance and recovery. Nutrition, hydration, blood sugar regulation, and adequate protein and micronutrients support the physical system in which recovery occurs. Where symptoms suggest metabolic, hormonal, digestive or inflammatory contributors, those deserve individual assessment rather than generic.

Advice Mind body medicine is strongest when it remains generally whole person.

Supporting your physical health creates a stronger foundation, but recovery may also involve recognising emotional pressures that have kept your nervous system on alert. Dr. Sano encouraged people with pain to consider emotions they might be avoiding, particularly anger, pressure, guilt, and resentment. That exploration can be useful when it’s offered as an invitation rather than a verdict.

Journaling may help you identify conflicts and patterns. Psychotherapy may provide a safe place to process trauma, grief, or fear. Honest conversation may allow you to express a need or establish a boundary. Emotional awareness work can help you notice what you feel before your body has to carry the entire message. But emotional work should not become a hunt for the one repressed memory.

That will cure everything. Some people improve primarily through movement, education, and changing fear. Others need substantial emotional support. Many need a combination. Whether your recovery emphasizes physical, emotional, or nervous system work, the support you receive should gradually help you trust yourself and your body more.

Good treatment should gradually increase your independence. Manual therapy, medication, injections, and other interventions may provide useful support, but they should ideally serve a wider plan. If every improvement is attributed to your practitioner and every flare up requires another correction, dependence can grow. The words used to explain your pain matter. Compare, your pelvis keeps going out.

With your body is sensitive today but it is adaptable and we can use treatment to help you move more comfortably while we build capacity. The first statement implies fragility, the second supports participation. The goal is not to take care away from you, it’s to make the care you receive empowering.

Greater independence is valuable not merely because it reduces your reliance on treatment, but because it allows you to return to the people, activities, and experience that give your life meaning. The ultimate goal is not simply to win a daily argument with pain. It’s to build a life in which pain has less authority. That may mean returning to tennis, walking your dog, traveling, working, playing with your kids or

Meeting friends or sleeping in the same bed as your partner again. Meaningful activity sends the nervous system important information. It shifts attention away from constant body monitoring, creates positive emotional experiences, and restores identity. Sometimes your function improves before your pain. You may walk further, sleep better, or think less about symptoms before the pain score changes.

Those are not secondary outcomes. They are evidence that your system is beginning to organize itself around life rather than threat. What a meaningful life looks like and what is preventing you from returning to it will be different for every person, which is why your recovery plan must be personal. There is no standard sequence that suits everybody. You may need medical treatment.

And progressive rehabilitation. You may need to understand neuroplastic pain and overcome fear. Better sleep, nutritional support, or a reduction in your overall load may be central. You may also benefit from trauma informed psychotherapy or help establishing boundaries. Your combination will be personal to you. The most useful question is not which single treatment will cure my persistent pain.

It is which factors are increasing my load, which capacities need to improve, and what might be keeping my protective systems switched on. That is where Dr. Sarno’s work can be integrated intelligently rather than followed dogmatically. Sarno’s contribution was not that he discovered one universal hidden cause. It was that he challenged a narrow structural story.

And gave many people permission to stop fearing their bodies. Modern pain neuroscience broadens that insight. It shows that pain emerges from a protective system, integrating physical, biochemical, neurological, emotional, and social information. It explains why the original injury and the current causes of pain may be different. It shows why expectations and learning matter.

It also explains why recovery may require both top down and bottom up change. New understanding, new emotional responses, new movement experiences, and improved biological capacity. Although your individual path will be unique, you can now bring together the central principles that apply across persistent pain recovery. Let me bring the central ideas together. Pain is real.

It’s not a direct measurement of tissue damage, and it’s never purely an invention of the subconscious mind. Acute pain usually protects us from immediate danger. Persistent pain may continue when the protective systems become sensitized, learns associations, and repeatedly predicts threat. Structural findings can matter, but their presence do not prove that they are the sole cause of pain.

Scans must be interpreted in context. The brain and nervous system do not sit apart from the body. They regulate and interpret bodily processes continually. Thoughts, emotions, stress, sleep, behaviour, metabolism, relationships, and environment can all influence pain through genuine biological pathways.

doctor John Sino recognised that persistent pain could not always be explained structurally, and that fear, attention, and emotional processes could maintain symptoms. His precise theory is not a complete account of modern pain science, and emotional repression should not be treated as a universal diagnosis. But his wider challenge to the structural model helped open a door that neuroscience has continued to widen.

Recovery is not about telling someone that nothing is wrong. It’s about identifying what is wrong more accurately. Sometimes the problem is ongoing tissue pathology, sometimes it’s a damaged nerve, sometimes it’s an overprotective nervous system, and frequently it’s a changing combination of factors. The path forward may include medical care, pain education, nervous system regulation.

Progressive movement, strength and conditioning, sleep improvement, nutritional and metabolic support, emotional awareness, psychological therapy, social connection, and a return to meaningful activity. The purpose of this approach is not to blame you for your pain, it’s to show you more places from which you may be able to influence your recovery.

There is an important difference between blame and responsibility. You did not choose your pain. You did not consciously create it. Your nervous system has been trying to protect you based on the information and experiences available to it. But with the right support, you can participate in teaching that system something new. You can learn that a sensation is not always a warning of damage. You can approach movement progressively.

You can strengthen your body. You can reduce unnecessary physiological load. You can address emotions and life circumstances that keep the system on alert. You can challenge frightening beliefs and build evidence of safety through experience. None of this guarantees a perfectly straight path or an immediate disappearance of symptoms. But it replaces the idea of a permanently broken body with

With a more accurate and hopeful possibility. An adaptable human system can change. And that brings us to the most important message I would like you to take away from this episode. If you’re living with persistent pain, I hope this episode has helped you to see that your diagnosis or scan may be only one part of your story. Your pain is real. Your experience deserves to be taken seriously.

And considering the role of your brain, nervous system, emotions, or stress does not diminish the physical reality of what you feel. It expands our understanding of it. Dr. Sarno helped challenge the belief that chronic pain must always mean chronic damage. Modern pain neuroscience has given us a richer picture of how protection, prediction, sensitization, learning, and context.

Can sustain pain. A whole person approach brings those insights together with the physical, biochemical, emotional, and social factors that affect each individual. The result is not a quick fix. It’s something more useful. A framework for understanding why pain may persist and how recovery can become possible. If this episode resonated with you,

Please share it with somebody who has been told that they simply have to live with their pain or that their only options are to medicate it, manage it, or avoid the activities they love. You can also explore these ideas in greater depth in my book Beyond the Pain, a whole person approach to understanding pain and participating in recovery, available in paperback, Kindle, and audiobook formats.

And if you would like more conversations about the many physical, biochemical, neurological, and emotional influences on pain, do subscribe to the podcast so you do not miss any future episodes. So that’s it for this week, but be sure to tune in, same time, same place, next week on Beyond the Pain. If this conversation has encouraged you to think differently about your pain,

But you’re unsure how these ideas apply to your own situation, you can book a discovery call with me. Together we’ll explore the different factors that may be contributing to your pain, whether we are a good fit for each other, and identify the most appropriate next steps for you. Visit bodycheck.co.uk forward slash consultation or follow the link in the episode description.

Thanks for listening to Beyond the Pain. If this episode resonated, please follow the show, leave a review, or share it with someone you know who’s been struggling. And remember, pain is not permanent. With the right insight and support, you can turn it into power. Until next time, stay open, stay strong, and keep moving Beyond the Pain.