Fascia Dysfunction Affects 85% Of Us! But What Is It?

Fascia is a thin, continuous web of fibrous connective tissue that wraps around, supports, and separates muscles, bones, organs, and nerve fibres, throughout the body. Healthy fascia is flexible and enables smooth muscle movement; when tight, it can cause pain & restricted mobility.

Main Causes Of Fascia Dysfunction

• Trauma e.g. accidents & surgeries etc.
• Repetitive strain
• Sedentary habits
• Chronic stress
• Inflammatory diets
• Genetic disorders e.g. Ehlers-Danlos syndrome

These disruptions alter tissue glide, causing stiffness, pain, and restricted movement.

Trauma usually results in permanent disfigurement, that may improve with the interventions of remedial massage and Bowen Therapy, etc. However, many of the root causes of fascia dysfunction can result in permanent damage, especially if behaviours and habits remain unchanged. If this is the case, the prognosis isn’t good.

Permanent damage can lead to permanent disfigurement.

Fascia dysfunction is very prevalent because of the scale, and nature, of the role that it plays within our bodies. Because fascia wraps every muscle, bone, and organ in a continuous web, injury within some part of the structure is common.

Plus, our diets have generally become more acidic, and we are, of course, contending with ever more environmental pollution, which adds to our toxic load. Both are key factors affecting fascia performance and integrity.

Add to this the stressors and strains of this current period in history, where we are facing many unprecedented events and huge amounts of uncertainty. There are very few of us who are not suffering from chronic stress. And, more of us, than ever before, are suffering from emotional problems. All of this adds to the likely occurrence of fascia dysfunction.

What’s In This Article?

This article explores the causes, outcomes, and approaches to managing and healing fascia dysfunction. It also outlines some of the most common forms of fascia dysfunction, highlighting Dupuytren’s Disease, and also detailing a number of other fascial injuries and conditions.

Contents

• Fascia Dysfunction Affects 85% Of Us! But What Is It?
• What’s In This Article?
• Fascia Dysfunction In More Detail
• Physical Trauma & Scarring
• Biomechanical & Postural Stress
• Lifestyle & Habits
• Biochemical & Systemic Factors
• Top 10 Inflammatory Foods & Drinks
• Genetic and Autoimmune Conditions
• Dupuytren’s Disease
• The Nature of Dupuytren’s Contracture
• A More General Word On Fibroproliferative Disorders
• Major Types & Classifications Of Fibroproliferative Disorders
• Underlying Mechanisms
• Management & Support
• Shortfalls Of Conventional Medical Approach
• Dupuytren’s Disease In More Detail
• Anti-Fibrotic & Anti-Inflammatory Essential Oils
• Cortisol Reducing Essential Oils
• Therapeutic Mechanisms
• Additional Natural Anti-Inflammatory & Anti-Fibrotic Strategies
• Ginger & Curcumin (from Turmeric) For Systemic Inflammation
• Physical Exercises & Stretches
• Therapeutic Massage & Heat
• Anti-Inflammatory Diet & Supplements
• Lifestyle Modifications
• Complementary Therapies
• Bowen Therapy

Fascia Dysfunction In More Detail

While it doesn’t affect everyone equally, a wide variety of daily habits, postures, and stressors make it a near-universal human experience to deal with fascial tightness and injury at some point. Experts estimate up to 85% of the population will experience some form of myofascial pain in their lifetime.

The fascial network can be disrupted and compromised in several distinct ways:

Physical Trauma & Scarring

Surgery and Injuries: Deep cuts, tears, or surgical incisions slice through fascial layers. As the body heals, it lays down disorganised, dense collagen fibres, resulting in restrictive scar tissue and adhesions that glue previously mobile layers together.

Micro-tears: Overstretching from intense workouts, heavy loads or eccentric movements can cause micro-damage to the fascia, resulting in localised inflammation.

Biomechanical & Postural Stress

Repetitive Strain: Performing the same movements daily (like typing or repetitive factory work) causes the fascia to tighten defensively in specific areas, limiting the independent range of motion of the surrounding muscles.

Poor Posture: Habitual slouching places uneven, chronic strain on the fascial network. Over time, the fascia adapts to these compressed positions, causing stiffness and trigger points.

Lifestyle & Habits

Sedentary Behaviour: A lack of regular, varied movement causes the hyaluronic acid within the fascia’s extracellular matrix to dehydrate and thicken. This makes the fascial sheets “sticky” and restricts smooth gliding.

Dehydration: Fascia requires proper hydration to maintain its gel-like, pliable state. Inadequate fluid intake causes it to seize up around muscles.

Impaired Movement Patterns: Limiting motion after an injury or a medical event, for example; a stroke or accident, can force muscles into spastic states and cause the fascia to thicken and shorten.

Biochemical & Systemic Factors

Chronic Stress: Mental and emotional tension lead to physical bracing and persistent muscle clenching. This keeps cortisol levels elevated, which breaks down collagen and stiffens fascia.

Inflammatory Diet: Consuming a diet high in processed foods and refined sugars initiates inflammatory processes in the body, resulting in more rigid, unyielding fascial tissue.

Top 10 Inflammatory Foods & Drinks

Chronic inflammation is often fuelled by poor diet, containing ultra-processed foods, added sugars, and unhealthy fats. Limiting your intake of these 10 top inflammatory foods and drinks can help reduce systemic inflammation, lower the risk of chronic disease, and improve overall health.

1. Sugar-Sweetened Beverages: Fizzy drinks, energy drinks, and sweetened iced teas and coffees that come ready-made in cans, all spike blood sugar and drive inflammatory cytokines. (Cytokines are part of our immune defense system. Please see Mast Cell Activation Syndrome for more information.)
2. Refined Carbohydrates: White bread, white pasta, and pastries lack fibre, causing rapid blood sugar surges that promote inflammation.
3. Processed Meats: Bacon, sausages, hot dogs, and salami contain advanced glycation end-products (AGEs) and preservatives associated with oxidative stress. *Glycation is a spontaneous, non-enzymatic process where excess sugar molecules in the body bind to proteins, lipids, or nucleic acids. This reaction produces harmful compounds known as Advanced Glycation End Products (AGEs), which stiffen tissues, drive inflammation, and contribute heavily to the ageing process and chronic diseases.
4. Trans Fats: Found in margarine, commercial baked goods, and some non-dairy creamers, trans fats lower protective cholesterol and trigger inflammatory markers.
5. Red Meat: Steaks and hamburgers (especially when cooked at high temperatures or grilled) release compounds that promote inflammation.
6. Fried Foods: Deep-fried items like French fries, donuts, and fried chicken are heavily tied to systemic inflammation and cardiovascular risk.
7. Commercial Baked Goods: Biscuits and cakes combine refined flours, trans fats, and high amounts of added sugars.
8. High-Fructose Corn Syrup: This highly concentrated sweetener is frequently hidden in condiments, sauces, and packaged snacks. It disrupts the gut microbiome, causing digestive issues, as do all refined sugars.
9. Processed Snack Foods: Crisps, crackers, pretzels, Bombay mixes, and other Asian snack food, typically contain unhealthy oils, excessive salt, and refined grains.
10. Seed Oils: Often referred to as Vegetable Oils. All seed and nut oils are high in omega-6 fatty acids, which cause inflammation and chronic oxidative stress. Consuming omega-3 fatty acids helps to mitigate the issue, but the best approach is to cut them out altogether. ]Please read: Linoleic Acid [AKA Omega-6] Is Disastrous For Our Health for more information.

Genetic & Autoimmune Conditions

Connective Tissue Disorders: Genetic conditions like Ehlers-Danlos Syndrome and Marfan syndrome affect collagen production, leading to inherent fascial laxity or tightness.

Autoimmune Diseases: Conditions such as systemic lupus, scleroderma, and eosinophilic fasciitis trigger systemic, immune-related inflammation that damages fascial tissues.

Dupuytren’s Disease

Dupuytren’s disease is the most common inherited connective tissue disorder. It is also the most frequent condition treated by hand surgeons.

It is widely recognised as a Northern European genetic condition (sometimes called “Viking disease”). It affects approximately 3% to 4% of the population in the UK, but that prevalence can rise to 20% among those over 65.

The Nature Of Dupuytren’s Contracture

Dupuytren’s contracture is a progressive hand condition characterised by the thickening and shortening of the palmar fascia, which is the connective web of tissue in the palm of the hand.

Contraction of the palmar fascia causes one or more fingers to bend toward the palm and become permanently fixed in a flexed position. It most commonly affects the ring and little fingers.

This condition represents a fibro-proliferative disorder of the connective tissue.

The palmar fascia (or palmar aponeurosis) is a thick, fibrous sheet of connective tissue located beneath the skin of the palm, anchoring the skin to the underlying skeleton. This provides us with a stable grip, and protects the nerves and blood vessels in our hands.

It consists of three interconnected parts:

Central Aponeurosis: A thick, fan-shaped structure stretching from the wrist to the base of the fingers.

Thenar & Hypothenar Fascia: Thinner layers that support the muscles at the base of the thumb and the pinky finger.

Digital Sheets & Ligaments: Extensions that run along the fingers and web spaces.

Conventional Treatment

Conventional medicine has largely focused on surgical interventions, collagenase injections, or needle aponeurotomy as standard treatments.

Needle aponeurotomy (also called percutaneous needle fasciotomy) is a minimally invasive, in-office procedure used to treat Dupuytren’s contracture. A doctor numbs the hand and uses a fine needle to break apart the thick, scarred cords of tissue in the palm, allowing the bent fingers to straighten.

However, these approaches only address the mechanical symptoms rather than the underlying systemic dysfunction that gives rise to the condition.

A More General Word On Fibroproliferative Disorders

The term Fibroproliferative Disorders encompasses a group of conditions characterised by the excessive growth of fibroblasts and myofibroblasts, leading to abnormal connective tissue accumulation, scarring, as well as, in certain conditions, progressive organ dysfunction. These disorders range from benign localised growths to aggressive, life-threatening systemic diseases.

Major Types & Classifications Of Fibroproliferative Disorders

These conditions can affect almost any organ system and are generally divided into two main categories:

Aggressive/Internal Disorders: These affect vital internal organs, severely impairing function and carrying high mortality rates. These include:

• Pulmonary Fibrosis (e.g., Idiopathic Pulmonary Fibrosis): Progressive scarring of the lungs that restricts breathing.
• Hepatic Cirrhosis: Advanced liver scarring caused by chronic disease or inflammation.
• Systemic Sclerosis (Scleroderma): An autoimmune disease causing fibrosis of the skin and internal organs.
• Myelofibrosis: Scarring within the bone marrow, disrupting normal blood cell production.

Benign/Localised Disorders: These typically involve the skin, fascia, or soft tissues, often causing contractures (tightening of tissue) and functional impairment. These include:

• Dupuytren’s Contracture: A hand deformity that can curl the fingers into the palm.
• Keloids and Hypertrophic Scars: Raised, overgrown scars resulting from abnormal wound healing.
• Peyronie’s Disease: Fibrous plaque buildup in the penis, causing pain and curvature.
• Capsular Contracture: Scar tissue tightening around a breast implant.

Underlying Mechanisms

At the core of all these disorders is a dysfunctional healing response.

Whilst normal wound healing is temporary and controlled, fibroproliferative disorders involve a continuous cycle of inflammation, the over-production of connective tissue (such as collagen), and an accumulation of extracellular matrix.

The cells responsible (fibroblasts) enter a hyperactive state and fail to switch off.

Management & Support

Because fibroproliferative disorders span many medical specialties, treatments vary by the specific organ involved:

Targeted Therapies: For lung conditions like Idiopathic Pulmonary Fibrosis, medications (such as antifibrotics) are utilized to slow down the progression of scarring, though no cure currently exists.

Physical Therapy: For localised contractures like Dupuytren’s, natural therapies and splinting can help maintain mobility.

Surgical Intervention: Procedures may be used to remove excess scar tissue (in the hands or skin), although surgery itself can sometimes trigger further fibrosis in predisposed individuals.

Shortfalls Of Conventional Medical Approach

Because the conventional medical establishment has consistently not addressed chronic conditions like Dupuytren’s contracture through a root-cause lens, many people continue to exacerbate their condition, ultimately ending up disfigurd and disabled.

It is fair to say that the Western medical system is almost exclusively set up to provide pharmaceutical forms of treatment, alongside surgeries, where deemed necessary. There is an element of quid pro quo to this situation. Conventional medicie is dependent on pharmaceutical industry funding.

Sadly, any protocol that only addresses the symptoms is never going to remedy the probem at its root. This is, of course, true of connective tissue disorders, where surgical interventions remain the default, despite the body’s innate capacity for tissue repair and regeneration.

This is particularly concerning where Dupuytren’s Disease is concerned. The disability to the hands that this condition causes, is really debilitating in almost every way.

Dupuytren’s Disease can lead to the loss of independence, and even dignity, for many. With rigid, disfigured hands even the most rudimentary activities can be too difficult, including going to the bathroom and getting dressed in the morning.

Dupuytren’s Disease In More Detail

Dupuytren’s Disease, characterised by the abnormal thickening and scarring of the tissue, leads to firm nodules in the palm and can eventually cause the fingers to curl involuntarily toward the palm (contracture).

Dupuytren’s contracture does not arise in isolation. It is a manifestation of systemic inflammation, oxidative stress, metabolic dysfunction, and often toxic burden that affects the connective tissues throughout the body.

The condition shares pathophysiological mechanisms with other fibrotic disorders, including abnormal collagen deposition, dysregulated fibroblast activity, and chronic inflammatory signaling. So, rather than resorting to cutting the contracted tissue, a more beneficial therapeutic approach will address the underlying drivers of fibrosis and inflammation.

Anti-Fibrotic & Anti-Inflammatory Essential Oils

The following essential oils and their active components have demonstrated anti-fibrotic activity.

Ginger: Contains gingerol, which effectively blocks cytokines associated with chronic joint stiffness, muscle soreness, and tissue swelling.Lemon Eucalyptus: High in citronellal, it is frequently used to manage acute localized inflammation, such as tendonitis and bursitis.Lavender: Contains linalool, a powerful compound known to block molecules that trigger general bodily inflammation and aid in pain relie

Thyme Essential Oil: Significantly attenuates pulmonary fibrosis by suppressing the TGF-β/SMAD2 signaling pathway, which is a key driver of tissue scarring. The active consituents responsible for this and other benefits are: Thymol & Carvacrol. These compounds inhibit pro-fibrotic signaling and reduce inflammatory markers like TNF-α.

Oregano Essential Oil: As with Thyme Red Essential Oil, Oregano Essential Oil contains Thymol & Carvacrol that inhibit pro-fibrotic signaling and reduce inflammatory markers like TNF-α.

Frankincense Essential Oil: Widely studied for its boswellic acids, which inhibit inflammatory enzymes (like 5-LOX) and help calm joint swelling and tissue inflammation.

Helichrysum Essential Oil: Contains arzanol, a compound highly effective at inhibiting the NF-kB pathway to reduce severe tissue and skin inflammation.

Citronella Essential Oil: Research has shown that this aromatherapy oil can reduce inflammation and oxidative stress in lung tissue, helping to slow the progression of histological changes associated with fibrosis.

Geranium Essential Oil: Geraniol & Citronellol, found in Citronella and Geranium aromatherapy oils, are monoterpenes that have been shown to attenuate fibrosis in both lung and liver tissues.

Food Grade Organic Nigella Sativa Oil: Thymoquinone, a major component of Nigella Sativa Oil (aka: Food Grade Organic Black Seed Oil, is noted for its broad anti-fibrotic potential across multiple internal organs.

Therapeutic Mechanisms

These oils generally work through three primary actions:

• Inhibiting TGF-β Signaling: Blocking the main cellular pathway that instructs the body to create excess scar tissue.
• Antioxidative Stress: Scavenging free radicals that damage cells and trigger the fibrotic response.
• Modulating Cytokines: Reducing the levels of pro-inflammatory proteins (like IL-6 and TNF-α) that sustain the fibrotic cycle.

Nevertheless, there are many essential oils that are anti-inflammatory and antioxidant. (I personlly use the following blended oils, because I have Dupuytren’s contracture. It also smaells amazing and is profoundly emotionally supportive.

Organic Raspberry Seed Oil – very antioxidant and absorbs beautifully. There is also an excellent non-organic Raspberry Seed Oil available, which is more affordable. (It is less than half the price of the Organic Raspberry Seed Oil.)

• Organic Helichrysum Essential Oil
• Organic Bergamot FCF Essential Oil
• Organic Geranium Essential Oil
• Organic Rosemary Essential Oil
• Organic Lavender Essential Oil

*Organic Helichrysum Essential Oil is very expensive, under normal circumstances. However, it is currently available at a 50% discount. It is also possible to purchase the Ethically Sourced Helichrysum Essential Oil and make an even greater saving.

The other essential oils in my Bath & Body Oil blend are very affordable. However, it is possible to purchase the ethically sourced versions of these other oils, also.

Cortisol Reducing Essential Oils

Cortisol may play a complex role in the progression of Dupuytren’s.

Fibroblast Dysregulation: Dupuytren’s occurs when myofibroblasts excessively proliferate and produce too much collagen in the hand fascia. Chronic stress and high cortisol levels are known to interact with complex pathways that affect fibroblast function and oxidative stress.

Anecdotal Links: Many patients in community settings report that episodes of high anxiety, severe stress, and elevated stress hormones align with the onset of new nodules or the flaring up of pain in their hands.

Quite a few of the essential oils that are good for Dupuytren’s and other fibroproliferative disorders are also excellent for reducing cortisol.

Please visit the Essential Oils That Reduce Cortisol article for more information.

Additional Natural Anti-Inflammatory & Anti-Fibrotic Strategies

Ginger & Curcumin (from Turmeric) For Systemic Inflammation

The active constituents in ginger, (gingerol and zingerone), demonstrate powerful anti-inflammatory properties by modulating the production of inflammatory leukotrienes and prostaglandins while inhibiting the NF-kB pathway. A randomised, double-blind, placebo-controlled clinical trial demonstrated that ginger powder administered to patients for 12 weeks significantly reduced disease activity in rheumatoid arthritis by decreasing expression of the T-bet gene, which is involved in inflammatory immune responses. This same anti-inflammatory mechanism applies to the fibrotic processes underlying Dupuytren’s contracture.

Curcuminoids, from turmeric, provide additional therapeutic value through multiple mechanisms. These polyphenol derivatives reduce pain through ATP-sensitive potassium channels and both opioid and non-opioid mechanisms, while simultaneously down-regulating nuclear factor-kB and cyclooxygenase-2 to prevent expression of inflammatory eicosanoid pain mediators.

A systematic review and meta-analysis of eight randomised controlled trials confirmed that curcuminoids significantly reduce pain independent of dose or treatment duration.

Physical Exercises & Stretches

Regular movement helps maintain range of motion and prevents the fascia from tightening further.

Finger Lifts: Place your palm flat on a table and lift each finger individually.

Palm Raises: Keep your fingers flat on a surface while raising only the palm.

Prayer Stretch: Press your palms and fingers together in front of your chest, pushing gently to stretch the palm tissue.

Finger Spreads: Spread your fingers as wide as possible and then draw them back together.

Therapeutic Massage & Heat

Massage may improve blood flow and help soften thickened tissue.

Gentle Massage: Use the unaffected hand to rub the palm and fingers with gentle pressure, specifically around the thickened nodules.

Lubrication: Incorporate natural plant-based oils containing some of the essential oils listed above, to reduce friction and deliver their anti-fibrotic and anti-inflammatory benefits, during massage.

Heat Therapy: Warm your hands with a heat pack or warm water before stretching to make the tissue more pliable.

Anti-Inflammatory Diet & Supplements

Chronic inflammation is often linked to the progression of Dupuytren’s.

Anti-Inflammatory Foods: Increase intake of fatty fish (omega-3s), leafy greens, and fruits while reducing processed sugars and saturated fats.

Vitamin E: Historically used in high doses (200–1,000 IU) for its anti-fibrotic properties, though clinical evidence remains mixed.

Coenzyme Q10 (CoQ10): May help reduce pro-inflammatory markers and support tissue health.

Magnesium and Zinc: Often suggested to support muscle and nerve function and reduce palm stiffness. Copper is a co-factor of Zinc.

Lifestyle Modifications

Identifying and avoiding triggers can help prevent the condition from worsening.

Protect Your Hands: Use gloves with heavy padding when performing manual labor or grasping tools.

Avoid Triggers: Smoking and excessive alcohol consumption are known risk factors that may aggravate the condition.

Tool Adaptation: Cushion the handles of tools with pipe insulation or tape to reduce direct pressure on the palm.

Complementary Therapies

Acupuncture and Moxibustion: Some research suggests these traditional practices can provide pain relief and potentially reduce contracture angles.

DMSO: Dimethyl sulfoxide (DMSO) is sometimes used topically to help soften connective tissue and control pain.

Bowen Therapy

Bowen therapy is used to help manage conditions like Dupuytren’s contracture.

The technique relies on gentle rolling-type manipulations of soft tissue and fascia, which are intended to release tension, improve lymphatic drainage, and soften the collagen-rich cords and nodules associated with the condition.

Bowen adjustments send stimuli through the fascia to the autonomic nervous system to encourage the body to heal and rebalance itself.

Many Bowen practitioners incorporate McLoughlin Scar Tissue Release (MSTR), a specialized technique aimed at breaking down adhesions and fibrous tissue often found in Dupuytren’s.