- Fibromyalgia is a real condition, not imaginary, where the brain amplifies pain signals.
- This syndrome manifests with widespread pain, deep fatigue, and sleep disorders, affecting quality of life.
- The fascial tissue, which wraps the body, often presents stiffness and inflammation contributing to pain.
- A physiotherapy approach targeted to the fascia can help reduce tension and improve general well-being.
Table of Contents
- What is Fibromyalgia?
- Key Mechanisms
- Main Symptoms
- Widespread Pain
- Fatigue
- Sleep Disorders (>90% of patients)
- Cognitive Dysfunction (Fibro-Fog)
- Other Symptoms
- The Role of Fascia in Fibromyalgia
- What is Fascia?
- Fascial Alterations in Fibromyalgia
- The Vicious Cycle Fascia-Nervous System
- Physiotherapy Treatment
- Fundamental Principles
- Manual and Fascial Therapy
- Exercises for Fibromyalgia
- Golden Rules
- Aerobic Exercise
- Stretching and Mobility
- Light Strengthening
- Relaxation
- Daily Management
- Sleep Hygiene
- Stress Management
- Nutrition
- Improvement Timeframes
- Fibromyalgia vs Rheumatoid Arthritis
- Frequently Asked Questions (FAQ)
- Is fibromyalgia imaginary?
- Can it heal completely?
- Can exercise worsen it?
- What medications are used?
- Is fascia the cause of fibromyalgia?
- Is there a connection with COVID-19?
- Scientific References
- Learn More
- Recommended Products for Rehabilitation Support
Fibromyalgia is a syndrome characterized by widespread and chronic musculoskeletal pain, accompanied by deep fatigue, sleep disorders, and cognitive dysfunction. It affects about 2-4% of the population, with a clear female prevalence (7:1 ratio).
This condition is still too often misunderstood, underestimated, or confused with other pathologies. Fibromyalgia is real, has documented neurobiological bases, and responds to well-structured multimodal treatment.
An aspect of growing clinical interest is the role of fascial tissue in the genesis and maintenance of fibromyalgia pain — a fascinating area of research that has significantly influenced the therapeutic approach in physiotherapy.
What is Fibromyalgia?
Fibromyalgia is a syndrome of central sensitization: the central nervous system processes pain stimuli abnormally, amplifying them. The “pain volume” in the brain is constantly turned up.
It’s not an imaginary disease: neuroimaging studies show real alterations in pain processing. It has been recognized by the WHO since 1992.
Key Mechanisms
- Hyperexcitability of spinal neurons
- Reduced activity of pain inhibitory systems
- Neurotransmitter alteration: elevated substance P, reduced serotonin and noradrenaline
- Neuroinflammation: microglial activation
Main Symptoms
Widespread Pain
- Bilateral, above and below the waist, axial
- Migrating and variable
- Allodynia: normal stimuli perceived as painful
Fatigue
- Deep and debilitating, present upon awakening
- Reduced exercise tolerance
Sleep Disorders (>90% of patients)
- Non-restorative sleep
- Frequent awakenings
- Alpha wave intrusion into deep sleep
Cognitive Dysfunction (Fibro-Fog)
- Concentration and memory difficulties
- Slowed thinking
Other Symptoms
- Morning stiffness (to be distinguished from rheumatoid arthritis)
- Tension headache (50-70%)
- Irritable bowel syndrome (30-70%)
- Muscle cramps
- Sensory hypersensitivity
- Anxiety and depression (30-50%, but fibromyalgia is NOT psychiatric)
The Role of Fascia in Fibromyalgia
What is Fascia?
Fascia is a continuous connective tissue that wraps and interconnects all structures of the body. It’s not a passive wrapping but an active and sensory tissue with:
- Contractile myofibroblasts
- Abundant innervation (more nociceptors than muscles)
- Hyaluronic acid matrix
Fascial Alterations in Fibromyalgia
Recent research demonstrates:
- Fascial thickening and stiffness: evidenced by elastography, especially in thoracolumbar, cervical, and plantar fascia
- Fascial neuroinflammation: increased pro-inflammatory cytokines and nociceptor sensitization
- Extracellular matrix alteration: denser hyaluronic acid, reduced sliding between fascial layers, adhesions
- Myofibroblast dysfunction: persistent contraction generating chronic tension
The Vicious Cycle Fascia-Nervous System
Chronic stress → sympathetic activity → fascial tension → painful inputs → central sensitization → pain amplification → more stress. Techniques that act on fascia interrupt this cycle.
Physiotherapy Treatment
Fundamental Principles
- Absolute gradualness: “no pain, no gain” is counterproductive
- Personalization: each patient has a different threshold
- Consistency: results come slowly
- Multimodal approach: combination of multiple strategies
- Patient education: understanding the condition is the first step
Manual and Fascial Therapy
- Myofascial release: light and prolonged pressure (3-5 min per area), never painful
- Gentle trigger point treatment: light and progressive compression
- Gentle joint mobilization: grade I-II Maitland
- CEMP Magnetotherapy: promising results in pain reduction and sleep improvement
Exercises for Fibromyalgia
Exercise is the most effective non-pharmacological treatment (grade A evidence).
Golden Rules
- Start low, well below the threshold
- Very slow progression (10% per week)
- 24-hour rule: if pain worsens after 24 hours, the intensity was excessive
- Consistency over intensity
Aerobic Exercise
Exercise 1: Gradual Walking
Difficulty: Easy | Equipment: Comfortable shoes | Duration: 5-45 minutes

Starting position:
Standing, upright but not rigid posture, relaxed shoulders, looking ahead. Wear comfortable and well-cushioned shoes.
Step-by-step execution:
- Step 1: Start walking at a slow and comfortable pace, maintaining natural and regular breathing
- Step 2: After 2-3 minutes, slightly increase the pace to reach a moderate speed, never reaching breathlessness
- Step 3: In the last 2 minutes, gradually slow down the pace to return to the initial rhythm
Sets and repetitions: Start with 5-10 minutes daily — Increase by 2-3 minutes per week — Final goal: 30-45 minutes, 3-5 times per week
Common mistakes to avoid:
- Starting with distances or times too long in the first weeks
- Ignoring the 24-hour rule: if pain worsens the next day, intensity was excessive
- Walking with head down, increasing cervical tension
How to know you’re doing it correctly:
You feel a slight muscle warmth sensation without pain. Breathing remains controlled and you can speak without difficulty. After walking you feel more loose, not more tired.
Exercise 2: Warm Water Exercise
Difficulty: Easy | Equipment: Pool with warm water (32-34 degrees) | Duration: 15-30 minutes

Starting position:
Standing in water with level between navel and chest. Relaxed shoulders, slightly bent knees.
Step-by-step execution:
- Step 1: Walk slowly in water for 5 minutes, taking advantage of water’s gentle resistance and heat to warm muscles
- Step 2: Perform slow circular arm movements underwater, forward and backward, for 3-5 minutes
- Step 3: Alternate light knee flexions and extensions, using buoyancy to reduce joint load
Sets and repetitions: Start with 15-20 minutes — Gradually increase up to 30 minutes, 2-3 times per week
Common mistakes to avoid:
- Choosing pools with water too cold (below 30 degrees), which can increase stiffness
- Performing movements too vigorously, losing the benefit of gentle work
- Staying in water too long in first sessions, risking increased fatigue
How to know you’re doing it correctly:
You feel progressive relaxation of muscle tension. Water heat reduces pain perception during and after exercise. At the end you experience a sense of lightness.
Stretching and Mobility
Exercise 3: Morning Global Stretching
Difficulty: Easy | Equipment: Mat | Duration: 5-10 minutes

Starting position:
Sitting on mat cross-legged, straight but not rigid back, hands resting on knees. Breathe slowly for 3-4 cycles before starting.
Step-by-step execution:
- Step 1: Slowly lift arms overhead, interlace fingers and stretch upward for 15 seconds, then gently incline torso to right and left (15 seconds per side)
- Step 2: Bring one arm behind back and other over shoulder, trying to bring hands closer. Hold 15-20 seconds per side
- Step 3: From sitting, extend legs forward and gently bend forward with torso, without forcing. Hold 20-30 seconds
Sets and repetitions: Perform complete sequence 1 time in morning, upon waking — Every day
Common mistakes to avoid:
- Performing sudden movements or bouncing during stretches
- Forcing positions to pain: stretching should generate gentle tension, never sharp
- Skipping session on days of greater stiffness, which are precisely when it’s most useful
How to know you’re doing it correctly:
Morning stiffness gradually reduces during sequence. You feel growing looseness without any pain increase. After some weeks, morning stiffness starts to decrease even in duration.
Exercise 4: Posterior Kinetic Chain Stretching
Difficulty: Easy | Equipment: None | Duration: 3 minutes
Practical tip
Heat application improves muscle vascularization and reduces stiffness, effectively preventing cramping episodes.
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Starting position:
Standing, feet shoulder-width apart, knees slightly bent (not locked), arms along sides.
Step-by-step execution:
- Step 1: Slowly lower chin toward chest, then roll spine vertebra by vertebra downward, starting from cervical
- Step 2: Let arms hang toward floor, without forcing. Keep knees slightly bent. Breathe slowly
- Step 3: Hold position for 20-30 seconds, then slowly rise by unrolling spine from bottom to top, vertebra by vertebra
Sets and repetitions: 3 repetitions — 15-second pause between each
Common mistakes to avoid:
- Locking knees in complete extension, increasing stress on lumbar area
- Rising suddenly instead of slowly
- Holding breath during stretch
How to know you’re doing it correctly:
You feel gentle tension along entire posterior body (calves, back of thighs, lumbar area). Tension should never become pain. With regular practice, you gradually reach deeper positions.
Exercise 5: Slow and Breathing Cat-Cow
Difficulty: Easy | Equipment: Mat | Duration: 5 minutes

Starting position:
On hands and knees on mat: hands under shoulders, knees under hips. Spine in neutral position, gaze toward floor.
Step-by-step execution:
- Step 1: While slowly inhaling, lower abdomen toward floor, lift chest and gaze upward (“cow” position). Open shoulders
- Step 2: While slowly exhaling, round back toward ceiling, bring chin toward chest, lightly contract abdomen (“cat” position)
- Step 3: Continue alternating the two positions, synchronizing each phase with a complete breathing cycle. Each transition should last at least 3-4 seconds
Sets and repetitions: 10-15 slow repetitions — Without pause, fluidly and continuously
Common mistakes to avoid:
- Performing movement too quickly, losing synchronization with breath
- Forcing neck extension in “cow” phase, causing cervical tension
- Shifting weight forward on hands instead of maintaining distributed load
How to know you’re doing it correctly:
Spine moves fluidly without jerks. You feel increasing mobility in back. Breath rhythm is slow and natural, without effort. At the end, dorsal and lumbar areas feel looser.
Light Strengthening
Exercise 6: Wall Sit (Wall Squat)
Difficulty: Easy | Equipment: Wall | Duration: 3 minutes

Starting position:
Standing with back completely against wall. Feet about 30 cm from wall, shoulder-width apart.
Step-by-step execution:
- Step 1: Slowly slide down wall by bending knees about 30-45 degrees (not beyond 90 degrees). Back stays against wall
- Step 2: Hold position for 10-15 seconds, breathing normally. Lightly contract glutes and abdominals
- Step 3: Slowly rise to starting position, pushing with heels
Sets and repetitions: 5 repetitions — 20-30 second pause between each
Common mistakes to avoid:
- Bending knees beyond 90 degrees, increasing joint load
- Lifting lumbar area from wall during exercise
- Holding breath during position maintenance
How to know you’re doing it correctly:
You feel light muscle work in quadriceps and glutes, without pain. Back stays in contact with wall throughout. Exercise is challenging but tolerable. Over time you can increase holding duration.
Exercise 7: Light Bridge (Glute Bridge)
Difficulty: Easy | Equipment: Mat | Duration: 5 minutes

Starting position:
Supine on mat, knees bent, feet on ground hip-width apart. Arms stretched along sides, palms facing down.
Step-by-step execution:
- Step 1: Lightly contract glutes and abdominals, pressing heels into ground
- Step 2: Slowly lift pelvis from floor to form straight line from shoulders to knees. Don’t hyperextend lumbar area
- Step 3: Hold top position for 2-3 seconds, then lower pelvis slowly, vertebra by vertebra, back to mat
Sets and repetitions: 2 sets x 8-10 repetitions — 30-second pause between sets
Common mistakes to avoid:
- Lifting pelvis too high, causing lumbar hyperextension and pain
- Pushing with lumbar area instead of glutes
- Performing movement too quickly, losing control
How to know you’re doing it correctly:
You feel main work in glutes, not lumbar area. Movement is slow and controlled both up and down. No back pain during or after exercise.
Relaxation
Exercise 8: Diaphragmatic Breathing
Difficulty: Easy | Equipment: None | Duration: 5 minutes

Starting position:
Supine, knees bent, feet on ground. Place one hand on chest and one on abdomen. Close eyes and relax shoulders.
Step-by-step execution:
- Step 1: Inhale slowly through nose for 4 seconds, inflating abdomen (hand on abdomen rises, one on chest stays still)
- Step 2: Exhale slowly through mouth for 6-8 seconds, letting abdomen fall naturally, without forcing
- Step 3: Make brief 1-2 second pause with empty lungs, then restart cycle. Maintain constant and natural rhythm
Sets and repetitions: 10-15 complete breaths — 2-3 times daily (morning, afternoon, evening)
Common mistakes to avoid:
- Lifting chest and shoulders during inspiration (thoracic instead of diaphragmatic breathing)
- Actively forcing expiration, creating abdominal tension
- Breathing too quickly, without respecting indicated times
How to know you’re doing it correctly:
Only hand on abdomen moves, one on chest stays practically still. You feel progressive calm sensation. Heart rate reduces slightly. Parasympathetic system activates, with perceived muscle tension reduction.
Exercise 9: Body Scan (Progressive Muscle Relaxation)
Difficulty: Easy | Equipment: Mat, light blanket (optional) | Duration: 15-20 minutes

Starting position:
Supine on mat, legs extended and slightly apart, arms along sides with palms facing up. Cover with light blanket if feeling cold. Close eyes.
Step-by-step execution:
- Step 1: Start with feet: contract foot muscles for 5 seconds, then release completely for 10-15 seconds, perceiving difference between tension and relaxation
- Step 2: Continue upward in order: calves, thighs, glutes, abdomen, chest, hands, arms, shoulders, neck, face. For each area, contract 5 seconds and release 10-15 seconds
- Step 3: At the end, stay motionless for 2-3 minutes, perceiving body as whole in complete relaxation state. Reopen eyes slowly
Sets and repetitions: 1 complete session — Ideal before sleep, every evening
Common mistakes to avoid:
- Contracting muscles too forcefully, generating pain instead of relaxation
- Skipping less “obvious” areas like hands, feet and face, which accumulate much tension
- Performing exercise in noisy or bright environment, reducing effectiveness
Practical tip
Stretching exercises with elastic bands improve muscle flexibility and reduce predisposition to cramps from myofibrillar shortening.
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How to know you’re doing it correctly:
At the end you feel deep sensation of heaviness and relaxation throughout body. Mind is calmer and breath rhythm is slow and regular. Sleep improves visibly with constant practice. Pain perception temporarily diminishes.
Daily Management
Sleep Hygiene
- Regular hours, dark and cool environment (18-20°)
- No screens 1 hour before, no caffeine after 2 PM
- Hot bath 1-2 hours before sleeping
Stress Management
- Mindfulness, gentle yoga, tai chi
- Pacing: alternate activity and rest, avoid “boom-bust”
Nutrition
- Anti-inflammatory diet: omega-3, fruits, vegetables, whole grains
- Vitamin D (deficiency frequent in fibromyalgia patients)
- Magnesium for cramps and sleep
- Adequate hydration (reduces fascial stiffness)
Improvement Timeframes
| Goal | Time |
|---|---|
| Muscle tension reduction | 2-4 weeks |
| Sleep improvement | 4-8 weeks |
| Global pain reduction | 8-16 weeks |
| Autonomous management | 3-6 months |
| Significant QoL improvement | 6-12 months |
Most patients who consistently follow an integrated program achieve 30-50% improvement in quality of life within 6-12 months.
Fibromyalgia vs Rheumatoid Arthritis
| Fibromyalgia | Rheumatoid Arthritis | |
|---|---|---|
| Nature | Central sensitization | Autoimmune inflammatory |
| Joints | No alteration | Swelling, erosion |
| Blood tests | Normal | Elevated ESR, CRP, RF |
| NSAIDs | Poor efficacy | Good efficacy |
| Structural damage | Absent | Progressive |
The two conditions can coexist (20-30% of RA patients develop secondary fibromyalgia).
Frequently Asked Questions (FAQ)
Absolutely not. It has documented neurobiological bases from neuroimaging, neurotransmitter studies, and fascial tissue research. It has been recognized by WHO since 1992.
There is no definitive cure, but with an integrated approach most patients achieve significant improvement. Some reach almost complete remission.
Too intense exercise can. The key is extreme gradualness and the 24-hour rule. Over time tolerance threshold improves.
Duloxetine, pregabalin, low-dose amitriptyline, cyclobenzaprine (always on medical prescription). NSAIDs and common analgesics have poor efficacy because the problem is central sensitization, not peripheral inflammation.
Fascia is not “the cause” but plays a significant role in generating and maintaining pain. Myofascial release techniques can reduce fascial tension and modulate painful inputs.
Yes, recent studies document post-COVID fibromyalgia within long-COVID. The mechanism involves neuroinflammation triggered by the virus.
Frequently Asked Questions
How is fibromyalgia typically diagnosed?
The diagnosis of fibromyalgia is primarily clinical, based on a thorough evaluation of widespread chronic pain, fatigue, and other associated symptoms. It often involves ruling out other conditions that present with similar symptoms to ensure an accurate assessment.
What is the significance of the fascial tissue in fibromyalgia?
Fascial tissue, which encases muscles and organs, frequently exhibits stiffness and inflammation in individuals with fibromyalgia. These fascial alterations are understood to contribute to the widespread pain and discomfort, potentially influencing pain signal amplification.
What does a multimodal treatment approach for fibromyalgia entail?
A multimodal treatment approach for fibromyalgia integrates various strategies, including pharmacological interventions, targeted physical therapy, and psychological support. This comprehensive strategy aims to alleviate symptoms, improve functional capacity, and enhance the individual’s quality of life.
What are common strategies for daily management of fibromyalgia symptoms?
Effective daily management of fibromyalgia symptoms often involves adopting consistent sleep hygiene practices, implementing stress reduction techniques, and maintaining a balanced nutritional intake. These lifestyle adjustments are vital for mitigating symptom severity and promoting overall well-being.
Resources
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Scientific References
- Clauw DJ. Fibromyalgia: a clinical review. JAMA. 2014;311(15):1547-1555.
- Wolfe F, et al. 2016 Revisions to the fibromyalgia diagnostic criteria. Semin Arthritis Rheum. 2016;46(3):319-329.
- Liptan GL. Fascia: a missing link in fibromyalgia pathology. J Bodyw Mov Ther. 2010;14(1):3-12.
- Schleip R, et al. Fascia is able to actively contract. Front Physiol. 2019;10:336.
- Macfarlane GJ, et al. EULAR revised recommendations for fibromyalgia management. Ann Rheum Dis. 2017;76(2):318-328.
- Bidonde J, et al. Aerobic exercise for fibromyalgia. Cochrane Database Syst Rev. 2017;6:CD012700.
- Staud R, Spaeth M. Psychophysical and neurochemical abnormalities in fibromyalgia. CNS Spectr. 2008;13(3 Suppl 5):12-17.
- Kosek E, et al. Do we need a third mechanistic descriptor for chronic pain? Pain. 2016;157(7):1382-1386.
- Wang C, et al. Effect of tai chi versus aerobic exercise for fibromyalgia. BMJ. 2018;360:k851.
- Pernambuco AP, et al. Melatonin in fibromyalgia. Clin Exp Rheumatol. 2015;33(1 Suppl 88):S14-19.
Dr. Cosimo Pilotto — physical therapist | MyPhysioHelp.it
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