Key takeaways
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Fibromyalgia is real, and your symptoms are not imagined. It is diagnosed from pattern, not from lab abnormality, because the mechanism is a system in dysregulation, not a single organ failing.
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Your tests are normal because routine testing was designed for tissue damage, organ failure, and overt inflammation. Fibromyalgia is a pattern of central nervous system dysregulation with downstream effects across stress hormones, immune signalling, gut function, and connective tissue. Standard testing does not capture that.
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Painkillers and antidepressants can reduce symptoms for some people, but they rarely address what is maintaining the pattern. The evidence is modest. Opioids are not recommended.
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Real improvement is possible, often more than most people expect.
Patients I see with fibromyalgia often remind me of something important: you never fully know what a person is carrying behind the face they show the world.
Pain can spread across the whole body, sometimes all at once. The body can feel as if it has run out of battery, with no life left no matter how long you sleep. Mental clarity can fade mid-conversation. Beneath that, there are often deep fears and anxieties many people barely tell anyone about, while still trying to push through daily life as if everything is fine.
Then come the months, sometimes years, of blood tests, scans, referrals, and 10-minute appointments. Eventually, many are prescribed painkillers and antidepressants. Or worse, they are told: everything is normal. Some are made to feel that it is all in their head.
To any person suffering with symptoms like these, let me say this clearly. You are not imagining it. It is not just in your head. There are many people living through something very similar. And please, do not lose hope.
Fibromyalgia is one of the clearest examples of the wider pattern I see every week. Chronic, unresolved multi-system symptoms where the body has become stuck in survival mode, the nervous system is still reacting as if the original threat is present, and conventional testing keeps coming back normal. What follows is how I have come to think about this after years of working through three different medical systems. My sincere hope is that at least one person suffering with this illness will find some clarity, and hopefully some relief, from what is in this article.
The system that was not built for this kind of pattern
The honest truth is that GPs, rheumatologists, neurologists, pain specialists, and other healthcare professionals often mean well. Conventional medicine is world-class at what it was built for: emergencies, ruling out serious disease, diagnostic rigour, and making sure something dangerous is not being missed. That part matters.
But the system they work in is built far more for emergency fixes than for chronic illness.
The more specialised a doctor becomes, the more zoomed in they often become on one organ or one system. The harder it can become to zoom out and see the whole human being in front of them. Mind, body, history, physiology, and everything in between.
So what happens? You get bounced around. One doctor rules something out. Another rules something else out. Eventually someone writes “fibromyalgia” on a note and sends you home with amitriptyline, duloxetine, or pregabalin, plus a suggestion to exercise.
I also do not think this problem is limited to conventional medicine. Where is the communication between the specialist and the Ayurvedic practitioner? Between the Chinese medicine practitioner and the naturopath? Between the herbalist and the GP? At best, there is often minimal communication.
The herbalist may not understand conventional medical terminology. The conventional doctor may dismiss anything outside their training. Both sides can carry distorted views of the other. And if I am being honest, another part of the problem is that some practitioners go deep because they genuinely love the craft and care about helping people, while others practise more mechanically. The result is that patients often end up receiving inconsistent quality of care, with nobody holding the whole picture on their behalf.
Even the European rheumatology guidelines, the best evidence-based guidelines we have, say to try non-pharmacological approaches first 1. The problem is that most doctors, through no fault of their own, were never trained in how to meaningfully use the many non-pharmacological approaches available, or how to tailor them properly to the patient sitting in front of them.
So patients end up doing their own research. Social media. Google. AI. Forums. Friends and family. Supplements. An acupuncturist for a few sessions. A nutritionist. A few holidays and relaxing weekends. A little bit of everything.
Does it work? Usually not.
What these patients often need is a real understanding of why their body is reacting the way it is, what is maintaining the pattern, and how to target those root causes in the safest and most intelligent way before escalating further.
Why painkillers and antidepressants do not solve this
After months or years of suffering, many patients are diagnosed with fibromyalgia and given painkillers that block pain while causing side effects, alongside antidepressants that help some people modestly and do nothing for others.
A person does not have fibromyalgia because of a deficiency of painkillers or antidepressants. These drugs can mask symptoms. They do not fully address the wider pattern that is maintaining them.
That said, I also understand why some patients still want symptom reduction, even if it is partial. Sometimes that is what they need just to get through the day. That is understandable.
Drugs such as duloxetine, milnacipran, pregabalin, and amitriptyline do have some evidence 1–4. The problem is that the average benefit is still modest. Recent overviews of Cochrane reviews suggest that substantial pain relief over 4 to 12 weeks is seen in only a minority of adults, roughly around 1 in 10 for duloxetine, milnacipran, and pregabalin, with adverse effects and discontinuation remaining common 5. In plain terms, some people do benefit, sometimes meaningfully, but many do not get enough relief to justify the downsides.
Opioids are worse. The Mayo Clinic itself calls their use in fibromyalgia a cautionary tale 6. They are ineffective for nociplastic pain, carry addiction and tolerance risk, and in some patients can cause opioid-induced hyperalgesia, which means the pain actually gets worse. The EULAR guidelines do not recommend them 7.
What the science shows when you read it as one picture
Modern science has done an enormous amount to help us understand fibromyalgia. Hundreds of papers. Thousands, if you are willing to read widely. And if you read them properly, not one isolated finding at a time, a clearer picture begins to emerge.
Fibromyalgia appears to be a pattern of central nervous system dysregulation. The nervous system, for one of several reasons I will come to, has become sensitised. Pain signals are amplified. The brain’s own painkilling system, the descending inhibitory pathway, is weakened 8–10. Stimuli that should not hurt register as painful. Mild pain feels severe. This is measurable. Functional MRI shows the same pain network activating in fibromyalgia patients that activates in controls, but at much lower stimulus intensity 11. Glutamate is elevated in the insula, a key pain-processing region 12. Default-mode-network connectivity correlates with clinical pain severity 13. Substance P is elevated in the cerebrospinal fluid 14. Temporal summation is exaggerated 15. Descending inhibition is impaired 16.
The International Association for the Study of Pain calls this nociplastic pain, to distinguish it from the nociceptive pain of tissue damage and the neuropathic pain of nerve damage 17–18. Fibromyalgia is the archetypal nociplastic pain condition.
But the next question matters even more. What sensitised the nervous system in the first place, and what is still keeping it sensitised?
In my clinical experience, the answer is usually some combination of the following: a precipitating infection, physical trauma, emotional trauma, chronic stress, or several of these stacked on each other over years. And the body keeps the score.
The system then seems to enter a constant fight-or-flight state, 24 hours a day. This drives excess production of stress hormones such as adrenaline and cortisol. Chronically elevated cortisol has measurable effects on neural pathways, hippocampal function, and pain processing 19–20. But what happens when you produce excess cortisol for too long? Eventually the adrenal response becomes blunted. The system runs itself down. This is why papers describe hypocortisolism and flattened diurnal cortisol rhythms in fibromyalgia, not the high cortisol you might expect from someone under stress 21–23. In effect, the system has been running too hot for too long.
This has ripple effects everywhere. Heart rate variability falls 24. Thyroid function often shifts toward the lower end of normal 25. Growth hormone and IGF-1 signalling can be affected 26. Sleep architecture fragments, with alpha-wave intrusion into deep sleep 27. Your nervous system cannot fully switch into recovery mode because it does not trust that the threat is over, even when there is no threat in the room with you.
This is what modern psychoneuroimmunology has been saying for decades. Your emotional state, your nervous system, and your immune system are not separate things. They are one deeply connected system 28–29. Chronic fight-or-flight activation produces measurable neuroinflammation. Activated microglia. Elevated cytokines in the central nervous system. This does not necessarily show up on your CRP because it is not peripheral inflammation. It is neuroimmune crosstalk inside the brain itself 30–31. That is why inflammatory markers can be “normal” while the brain is still in an inflamed, sensitised state.
For thousands of years, Ayurveda and Chinese medicine have treated mind and body as one. In Ayurveda, for example, one of the first places we often look in chronic stress is the digestive system, because chronic stress disrupts digestion so easily. Modern science is now confirming this too. We are finding reproducible differences in the gut microbiome of fibromyalgia patients 32–33. Altered glutamate metabolism. Increased intestinal permeability. Reduced diversity of bacterial species that produce neuroactive compounds. In Ayurveda, this can be understood through Agni impairment and Ama accumulation. The language is different. The observation is similar.
From my perspective, after learning these three medical systems, the more science we do, the more we seem to arrive at observations that ancient systems reached by a different route. I find that remarkable. And I believe more and more people searching honestly for answers will eventually come to the same conclusion: there is real power in merging the most up-to-date science with deep ancient wisdom.
What could be the best test to help you move forward?
Your tests are normal because your tests were designed to assess tissue damage, organ failure, major inflammation, and structural disease. None of those are what fibromyalgia fundamentally is.
If your problem lies largely in the function of your nervous system, no routine blood test measures that properly. At best, you may sometimes see inflammatory markers slightly raised or hormone imbalances downstream of the pattern. But these are not the root cause.
So what is one of the most profound diagnostic tools in the history of medicine? The pulse.
I have access to every modern test you can imagine. MRIs. CT scans. Full blood panels. Hair mineral analysis. Food sensitivity tests. And in my clinical opinion, pulse diagnosis done by a properly trained practitioner can sometimes give clinically useful information that routine testing misses, especially in chronic patterns where function is disturbed long before structural disease is obvious. It is free. It takes minutes. At its simplest, it can suggest which meridians are blocked from a Chinese medicine perspective and which dosha is aggravated from an Ayurvedic perspective. In other words, it can add another layer of pattern recognition without needing to prick the patient, expose them to radiation, or spend large amounts of money only to be told everything is normal.
Pulse diagnosis has been a cornerstone of Chinese and Ayurvedic medicine for thousands of years, documented in texts such as Vasant Lad’s Secrets of the Pulse and the classical Chinese medicine literature 34–35. Contemporary research continues to explore its physiological correlates and reliability 36–37.
I was sceptical when I first encountered it. It was one of those things in lectures that I would roll my eyes at. Looking back, I was too dismissive. Done properly, I now find it one of the most useful complementary diagnostic tools I have. It does not replace good history, examination, or conventional investigation, but it adds to them.
In Chinese medicine and Ayurveda, the pulse is read in depth, at multiple positions, with multiple qualities assessed at each. It is an entirely different level of investigation.
When I combine what the pulse tells me with the patient’s history, tongue, physical examination, conventional tests, specialist opinions, and modern science, I end up with a picture that one lens alone cannot produce. Three ways of seeing the same patient at once, each picking up what the others cannot.
What Ayurveda and Chinese medicine saw a long time before modern science caught up
When you understand fibromyalgia through an ancient lens, things that are not obvious at first become clearer.
Ancient systems understand the body through patterns of energy balance and imbalance. In the case of fibromyalgia, that matters because one of the most obvious features of the illness is how profoundly fatigued many patients feel. In Chinese medicine, patterns such as liver qi stagnation, kidney deficiency, and blood stasis are some of the ways we might understand fibromyalgia; all of which require different treatment sequences.
In Ayurveda, fibromyalgia can often be associated with Mamsagatavata, which translates as “Vata that has invaded the muscle tissue”. But again, the crucial question is not just the label. It is why that person has arrived there.
Once you see it this way, it becomes easier to understand why modern scientific research can both help and fall short. Randomised controlled trials are useful for showing what may help at a population level. But ancient systems are highly personalised. When you force them into one-size-fits-all protocols to match modern research frameworks, underperformance is unsurprising. Part of their power lies in their precision and individualisation.
Here is a question conventional medicine has never answered especially well. Why do fibromyalgia patients feel so cold? You could argue that 40% have subclinical hypothyroidism. Fine. But that does not explain the rest. In Ayurveda, the explanation is straightforward. Vata is associated with wind. Wind is cold and dry. If your muscles are in a cold, dry state, they stiffen. If the wind principle of your nervous system is disturbed, it becomes unstable. It is a practical model that often maps onto real patterns conventional medicine struggles to describe.
What I am saying here only scratches the surface. A pilot study of Maharishi Ayurveda treatment for fibromyalgia patients in Norway showed significant improvements in pain, fatigue, anxiety, sleep, and working ability at six months 38. If you tell an experienced Ayurvedic practitioner that, they may smile back as if you are telling them the sky is blue. The same applies when speaking to a good Chinese medicine practitioner about scientific findings that support treatments already common in the East.
The deeper you go into these systems, the more you realise they are often describing similar observations in a different vocabulary. Practically, from my perspective, that makes understanding the person in front of me much more straightforward.
What actually moves the pattern, in my clinical view
Science has given us a lot of clues, and many of them align with what I have seen help patients with fibromyalgia, especially when properly tailored to the individual.
Movement that the nervous system can actually tolerate
Tai chi has been shown to be superior to simple stretching and often superior to aerobic exercise 39–40. Aerobic exercise and resistance training can also help 41–42. The problem, in my experience, is that many patients simply do not have the energy to even begin. Their nervous systems are too sensitised, and pushing too early can worsen malaise and set them back. That is why sequencing matters just as much as selection. In most of the fibromyalgia cases I see, the system is still running a survival-mode program long after the original trigger, and movement can only become therapeutic once that has been addressed.
Nervous system and trauma work
In my clinical experience, this is one of the most under-recognised drivers of fibromyalgia. In the majority of the cases I see, the body is still reacting as if the original threat is current, even years or decades after the trigger. The pattern does not resolve until the nervous system is shown, in a language it understands, that the threat has passed.
Honestly, a large number of my fibromyalgia patients have a trauma history, even where it does not fit neatly under the strict definition some psychiatrists use. And in my experience, conventional care often has limited solutions here 43.
The approach I have come to value combines some of the strongest ideas from modern scientific literature, such as EMDR 44, clinical hypnosis 45–46, CBT 47–48, and acceptance and commitment therapy, with the principles behind ancient approaches such as transcendental meditation 38, 49–50 and mindfulness-based stress reduction 51.
At the centre of all of this is one key point: the nervous system needs to be retrained in how it relates to threat. And in my view, that can often be done more effectively, efficiently and safely than many people realise.
Acupuncture, and specifically scalp acupuncture
Acupuncture has been shown to reduce pain and stiffness in fibromyalgia, although the effect sizes in the literature are generally modest and the certainty of evidence is not as strong as many people assume 52–53. I still think scalp acupuncture deserves particular attention. It combines the traditional Chinese scalp microsystem with a more modern understanding of cortical function, and conceptually it sits close to neuromodulatory approaches such as repetitive transcranial magnetic stimulation and transcranial direct current stimulation, both of which have growing evidence in fibromyalgia 54–55. Direct fibromyalgia evidence for scalp acupuncture itself is still early rather than definitive, but exploratory clinical work using electro-scalp acupuncture alongside conventional electroacupuncture has shown promising signal in drug-resistant fibromyalgia 56.
I explain how this fits in practice on the acupuncture page.
To me, when you combine modern neurology, modern neurophysiology, and the ancient Chinese framework, you get something clinically very interesting. The honest way to say it is this: the mechanistic rationale is strong, the direct fibromyalgia evidence is still early, and my own clinical experience suggests it deserves far more serious attention than it currently receives.
But again, five fibromyalgia patients with five different Chinese medicine patterns should not be treated the same way. They need different points, different sequencing, and sometimes different priorities altogether. I also believe acupuncture depends heavily on the competence and depth of the practitioner.
Myofascial release, combined with Marma therapy
Fascia is the three-dimensional connective tissue network that runs through every muscle, nerve, and organ. In conventional medicine, we were taught very little about it. Surgeons learn to cut through it. That is about it.
When you study Chinese medicine and Ayurveda, fascia begins to look more like an electrical conduit. It conducts signals. It holds tension. It stores what the mind has tried to forget.
To me, what makes the most sense is combining the evidence for why myofascial release works 57 with the thinking behind ancient systems such as Abhyanga, the Ayurvedic warm oil massage 58, and Marma therapy, which works through specific Ayurvedic vital points. There is a clear conceptual overlap here with acupuncture and trigger point work.
In my clinical view, combining Western myofascial techniques with Abhyanga and Marma can produce a deeper effect than any of them alone. From my perspective, this is the direction clinical research should move toward.
Personalised diet, gut work, and supplements
I think personalised dietary advice should be standard practice for people with fibromyalgia. Some argue for a low-glutamate approach 32. Others point more broadly toward anti-inflammatory dietary patterns and better overall diet quality 59. And in practice, documented nutritional deficiencies such as low vitamin D or magnesium can matter for a meaningful subset of patients 60–61.
Ayurveda, for example, has been personalising diets to individuals for thousands of years, long before the expensive tests of the modern world. It is arguably one of the oldest forms of personalised medicine. The principle is not that one diet works for everyone. The principle is that your constitution, your current state, and your symptom pattern determine what you should eat.
The same applies to herbs such as Ashwagandha, which has evidence for supporting cortisol balance, anxiety, sleep, and fatigue 62–63. It should not be used simply because a paper says it may help. It should be used when the patient’s pattern indicates it. A herb that helps one person can make another worse.
This is a principle Ayurveda understands clearly, and conventional medicine often misses.
I also think supplements and IV support involving vitamin D, B12, magnesium, iron, and coenzyme Q10 can sometimes be reasonable, though ideally testing comes first when possible. The more precisely we can understand the person, the better.
IV therapy and red light, used selectively
We live in a modern world with toxin exposures and stressors that did not exist five thousand years ago. We now have access to intravenous nutrient therapy, red light therapy 64, and other modern adjuncts that can have their place. Some have reasonable preliminary evidence, and some make good clinical sense.
But what matters is understanding their role. These can be useful adjuncts. They are rarely the whole answer.
What is possible, honestly
I am going to say something here that I have said in many consultations. The body can heal itself. This was one of the biggest things I was never taught properly in conventional medicine.
What does that mean in practice?
It means that when the conditions for healing are properly created, the body often does more than anyone expected. I have seen patients who had been in pain for decades experience meaningful reduction. I have seen old trauma begin to shift, sometimes far more quickly than either the patient or conventional care would have expected. I have seen energy come back. I have seen mental clarity return.
And importantly, these improvements often do not happen one at a time. When the body genuinely starts healing, several things can improve together.
The hopelessness many patients are given around fibromyalgia is not warranted by what I see in clinic.
What I want you to take from this
If you have read this far, you are probably someone who has been searching honestly for a better answer.
Please think carefully about what I have written. Do your own research as well. I have provided reference material below so that you can. Even if I never meet you, I genuinely wish you all the best.
Do not lose hope.
And if your life gets better one day, even if only a small part of that came from something in this article, it would be one of my greatest pleasures to hear about it.
When that day comes, use what you have learned to help another person.
This is the kind of case I manage inside my wider integrative medicine practice, where pain, sleep, stress physiology and wider regulation are managed as one picture.
Frequently asked questions
What supplements actually help people with fibromyalgia? Honestly, the best answer is to test first and then supplement based on what you are actually deficient in, alongside an understanding of your whole pattern. That said, if I had to name three that commonly help without testing, they would be magnesium glycinate (which is well tolerated and often helps sleep), a good quality B-complex (energy production and nervous system function), and vitamin D (because a very large proportion of people in the modern world are genuinely deficient). This is generic advice. It is not a substitute for proper assessment, and depending on your pattern there may be far more, or less, that you actually need.
What should I eat if I have fibromyalgia? Without personalising, the highest-value advice is simple: avoid ultra-processed foods, reduce sugar, and avoid obvious foods that trigger your symptoms. That is essentially an anti-inflammatory approach and it is what I would suggest as a starting point for most people. I would caution against getting lost in very specific trending diets before you have the basics right. Genuinely personalised dietary advice, tailored to your constitution, current state, and pattern, goes considerably further, but the basics above are a strong start for almost anyone.
Is there a link between fibromyalgia and menopause? Yes, in my clinical experience, there often is. Symptoms commonly worsen around perimenopause and post-menopause. There is a plausible mechanism: falling oestrogen levels appear to shift the balance between glutamate (excitatory) and GABA (inhibitory) in the brain, which can increase neural hyperexcitability, and fibromyalgia is fundamentally a condition of a hyperexcitable nervous system 65–66. What the science shows, my clinical experience supports. I see it often enough that I now consider hormonal transition a significant factor in the approach I take with perimenopausal and post-menopausal patients.
How is this different from other holistic or integrative approaches? Modern diagnostics are available to any competent integrative clinic. Blood tests, neuroimaging, hormone panels, hair mineral analysis, validated questionnaires. The real difference is holding a triple diagnostic approach as one physician, rather than seeing five or ten practitioners over months with nobody holding the whole picture. When one clinician can see the pattern across all three lenses simultaneously, sequencing becomes possible. Sequencing matters as much as selection, and nobody can sequence what they cannot see.
What if it doesn’t work? Outcomes are tracked from day one using validated questionnaires. If meaningful improvement has not occurred by the first review, we sit down together and I am honest with you about whether to continue, change approach, or refer on. I do not keep anyone in an open-ended process.
Is fibromyalgia a real condition? Yes. It is recognised by the American College of Rheumatology 67, the European Alliance of Associations for Rheumatology 7, and the International Classification of Diseases 11th revision 68. It is diagnosed from symptom pattern rather than laboratory abnormality because the mechanism is systems-level dysregulation rather than single-organ failure.
Can fibromyalgia be cured? I do not like this word. It depends what you mean by it. Fibromyalgia can often be substantially improved and functionally resolved for a meaningful proportion of patients with the right plan and the right sequencing.
Is fibromyalgia caused by trauma? Trauma is definitely a significant risk factor in a meaningful proportion of patients I see after deep assessment. The relationship is definitely real without being absolute or deterministic.
Should I avoid opioids? In general, yes. The evidence shows poor efficacy, addiction risk, and the possibility of opioid-induced hyperalgesia 6.
Is fibromyalgia autoimmune? Not in the classical sense. Interesting preliminary research has shown passive transfer of fibromyalgia-like pain to mice using antibodies from fibromyalgia patients 69. This is hypothesis-generating, not established.
What about long COVID? There is substantial overlap in presentation and likely in mechanism. Post-viral syndromes can produce a clinical picture that looks very similar to fibromyalgia 70. The same triple-lens framework still applies.
Could it be something else other than fibromyalgia? Definitely. It is important to think about, and ask your physician whether they have ruled out, conditions such as cervical spine or disc pathology, hypothyroidism, diabetes, vitamin B12 deficiency, autoimmune disease 71–72, long COVID, nutritional deficiencies, and obstructive sleep apnoea.
Medical disclaimer
This article is for educational purposes. It is not a substitute for individual medical assessment, diagnosis, or treatment. Do not alter medication, stop medication, or begin new treatment based on this article alone. Consult a qualified clinician who can evaluate your specific situation.
Dr Shehan Wijesingha, MD, M.TCM, DipAP, BMedSci, CPT, practises at Serenity Holistic Medical Clinic, Malta. He is Vice President of the Association of Ayurvedic Professionals UK.