The Devastating Reality of Severe ME/CFS

This chapter documents the extreme suffering experienced by patients with severe and very severe ME/CFS. The content is intentionally disturbing because the reality of this disease is disturbing. Readers—particularly healthcare providers, policymakers, and family members—must understand that ME/CFS at its worst represents one of the most devastating conditions in medicine. This is not hyperbole. The evidence presented here demonstrates that severe ME/CFS produces suffering comparable to or exceeding that of terminal cancer, yet without the certainty of death’s release.

ME/CFS kills. It kills through suicide when patients can no longer endure the suffering. It kills through cardiac complications from years of autonomic dysfunction. It kills through malnutrition when patients become too weak to eat. It kills through medical neglect when healthcare systems refuse to believe or treat patients adequately.

This chapter exists because the medical community’s failure to recognize the severity of this disease has cost lives. Every reader who finishes this chapter should be afraid—not of catching ME/CFS, but of the consequences of continued medical and societal indifference to those who already suffer from it. ## The Scale of Catastrophe {#sec-severe-scale}

Approximately 25% of all ME/CFS patients—an estimated 250,000 people in the United States alone, and over 2 million worldwide—experience severe or very severe disease that leaves them housebound or completely bedbound (Montoya et al. 2021). These patients have largely vanished from public view. They cannot advocate for themselves. They cannot participate in research studies. They cannot visit doctors’ offices. Many have been abandoned by the healthcare system entirely.

0.1 Quality of Life: Worse Than Cancer

A landmark 2015 study published in PLOS ONE compared the health-related quality of life (HRQoL) of ME/CFS patients against 20 other chronic conditions, including multiple sclerosis, stroke, lung cancer, diabetes, and heart disease (Hvidberg et al. 2015). The findings were unequivocal:

ME/CFS had the lowest quality of life of all 20 chronic conditions studied—worse than multiple sclerosis, worse than stroke, worse than cancer (Hvidberg et al. 2015).

  • ME/CFS EQ-5D score: 0.47 (vs. 0.85 population mean)
  • ME/CFS quality of life is 55% of the general population average
  • Only 7.6% of patients remained employed
  • 52.2% were on disability pension

These figures represent the average ME/CFS patient. For severe and very severe patients, quality of life approaches or reaches zero. The implications are staggering. A patient with lung cancer—facing chemotherapy, radiation, the terror of mortality—reports better quality of life than the average ME/CFS patient. And the ME/CFS patient faces this not for months or a few years of treatment, but potentially for decades, with no approved treatments and often no acknowledgment that their suffering is real.

0.2 Mortality: Dying Young

ME/CFS is not merely disabling—it is deadly. Memorial record studies consistently document dramatically reduced life expectancy. A 2016 analysis found that ME/CFS patients die, on average, 18–21 years earlier than the general population (McManimen et al. 2016):

  • Mean age at death: 55.9 years (vs. 73.5 years in the general population)
  • Cardiovascular death: 58.8 years (vs. 77.7 years in controls)—nearly 19 years earlier
  • Suicide: 41.3 years average age
  • Bedridden before death: 48.2% of patients

A larger 2025 study of 512 deaths found even more concerning figures, with a mean age at death of 52.5 years—approximately 21 years younger than the general population (Sirotiak and Jason 2025). The slight difference between studies (52.5 vs. 55.9 years) may reflect cohort composition, with the larger 2025 study potentially capturing more severe cases. The three leading causes of death in ME/CFS are: complications of the disease itself (28.3%), suicide (25.4%), and cancer (23.0%).

WarningLimitation: Mortality Figures: Memorial Record Selection Bias

The “18–21 years of lost life expectancy” figures cited above derive from memorial record studies, which capture only deaths reported to patient organisations. Population-based registry studies (Roberts et al. 2016, n=2,147; Smith et al. 2006, n=1,201) find no statistically significant elevation in all-cause mortality. The memorial record figures powerfully convey the severity of the disease but should not be cited as representative of ME/CFS mortality overall; they reflect the extreme tail of the severity distribution. See Section Mortality Studies for detailed methodological analysis.

1 Complete Energy Bankruptcy

The central feature of severe ME/CFS is total energy depletion—not fatigue in any ordinary sense, but a complete metabolic bankruptcy that leaves the body unable to perform even the most basic functions of survival.

1.1 What “No Energy” Actually Means

When a severe ME/CFS patient says they have “no energy,” they do not mean they are tired. They mean:

  • Breathing is effortful: Each breath requires conscious work. The respiratory muscles, like all muscles, run on ATP that the body cannot produce.

  • Swallowing becomes dangerous: The muscles required for swallowing fail. Food can be aspirated. Patients may require tube feeding to survive (Baxter, Speight, and Weir 2021).

  • The heart struggles: Cardiac output drops. Blood pools in extremities. Standing becomes impossible because the cardiovascular system cannot maintain perfusion to the brain.

  • Digestion stops: Peristalsis requires energy. Food sits undigested for hours or days, causing severe gastrointestinal distress.

  • Temperature regulation fails: The body cannot maintain homeostasis. Patients experience severe chills or overheating from minimal environmental changes.

  • Thinking becomes impossible: The brain consumes 20% of the body’s energy. When that energy disappears, cognition shuts down—not gradually, but catastrophically.

1.2 The Sensation of Dying

Patients with severe ME/CFS describe the physical sensation as drowning and burning alive simultaneously—the body in a state of metabolic crisis, sending alarm signals that something is catastrophically wrong. One patient, Samuel, age 21, who chose euthanasia in 2024 rather than continue living with very severe ME/CFS, described it this way:

“The body thinks it is dying because it is running out of energy, and therefore triggers an extreme state of suffering. So bad that you often think there is only one option left.”

This is not metaphor. The mitochondria—the cellular power plants—have failed. Cells throughout the body are operating in crisis mode, triggering the same alarm systems that would activate if the body were actually dying of starvation or suffocation. The patient experiences genuine physiological distress signals, 24 hours a day, for years or decades.

1.3 Life-Threatening Malnutrition

A 2021 case series documented five patients with very severe ME/CFS who experienced life-threatening malnutrition (Baxter, Speight, and Weir 2021). Key findings:

  • BMI dropped as low as 11.4 before tube feeding was initiated (healthy BMI: 18.5–24.9)
  • Swallowing difficulties were repeatedly attributed to “psychological causes” by healthcare providers
  • Patients developed complications including poor wound healing, neurological damage, and osteoporosis
  • Healthcare providers exhibited “clinical inertia”—failing to act even as patients starved

The reason for malnutrition in severe ME/CFS is multifactorial:

  • Inability to access food: Patients too weak to prepare or obtain meals
  • Inability to chew: Jaw muscles exhaust within seconds
  • Inability to swallow: Pharyngeal muscles fail; choking risk
  • Severe gastrointestinal dysfunction: Food causes extreme distress
  • Food intolerances: Multiple chemical sensitivities make most foods intolerable
  • Energy cost of eating: Digestion itself consumes energy the patient cannot spare

2 Existence in Darkness and Silence

2.1 Extreme Sensory Hypersensitivity

Severe ME/CFS patients often develop profound hypersensitivity to light, sound, touch, and smell. A 2023 study found that 73% of ME/CFS patients experience at least one form of sensory hypersensitivity, with 50.4% experiencing both light and sound sensitivity (Maeda et al. 2023). In severe cases, this hypersensitivity becomes so extreme that normal environmental stimuli cause physical pain and neurological crashes.

2.2 Living in Total Darkness

Many severely affected patients must exist in complete or near-complete darkness, 24 hours a day, 365 days a year:

  • Blackout curtains covering all windows, often with additional light-blocking material
  • No screens: Television, computers, phones—even for seconds—overwhelm the nervous system
  • No reading: The visual processing required to read text exhausts available energy
  • Eye masks worn continuously: Even the faint glow of a digital clock causes distress

The neurological basis involves central sensitization—the central nervous system has become hypervigilant, amplifying all incoming sensory signals to painful levels. Light that would be comfortable for a healthy person registers as blinding pain to the severe ME/CFS patient.

2.3 Existence in Silence

Sound hypersensitivity (hyperacusis) forces many patients into isolation that approaches sensory deprivation:

  • Double hearing protection: Earplugs inside industrial ear defenders
  • No music: What was once a source of joy becomes neurologically unbearable
  • No conversation: Human speech—even whispered—triggers crashes. Conversations are classified as Tier 4–6 in the cognitive triage hierarchy — above the safe energy ceiling for severe patients (Loth 2026).
  • No television, podcasts, or audiobooks: All auditory input is too stimulating
  • Environmental noise intolerance: A car passing outside, a door closing in another room, birds singing—all cause distress

Samuel, the 21-year-old Austrian patient, described his daily existence before choosing euthanasia:

“I must lie in bed 24 hours a day and must not move too much. It must be permanently dark because I cannot tolerate light. I wear double hearing protection because I cannot tolerate sounds. I cannot watch television or videos on my phone for even a second, because moving images overwhelm my nervous system and trigger unbearable suffering. I cannot listen to music or podcasts. I cannot even speak with my own mother, who cares for me, because listening is too exhausting, and speaking itself has become completely impossible. So I must communicate with a pen and paper. My phone I can use only for a few minutes or seconds for messages. Sometimes not at all.”

2.4 Touch and Chemical Sensitivities

Beyond light and sound, severe patients often develop:

  • Allodynia: Normal touch registers as pain. The weight of a blanket, the fabric of clothing, human contact—all cause suffering
  • Chemical sensitivities: Perfumes, cleaning products, personal care items, cooking odors—all trigger neurological reactions
  • Electromagnetic hypersensitivity: Some patients report distress from electronic devices, WiFi signals, or fluorescent lighting

2.5 The Isolation Chamber

The combined effect of these sensitivities is that severe ME/CFS patients exist in conditions that would constitute solitary confinement torture if imposed by a prison system:

  • No human contact: Visitors cause crashes from sound, movement, perfume, emotional stimulation
  • No entertainment: All forms of media are neurologically inaccessible
  • No communication: Too weak to speak, too sensitive to listen, often unable even to write
  • Alone with thoughts: Yet even thinking too intensely—positive or negative emotions—can trigger crashes

This is not depression-induced isolation. This is biologically enforced solitary confinement—the nervous system has become so dysfunctional that any form of stimulation causes physical harm.

3 The Prison of the Body

3.1 Inability to Perform Basic Bodily Functions

For very severe ME/CFS patients, the most basic functions of human existence become impossible:

3.2 Toileting

Going to the toilet—an activity healthy people perform without conscious thought—becomes a major physical challenge or impossibility:

  • Cannot walk to bathroom: Must use bedpan, commode chair, or diapers
  • Cannot sit upright: The energy required to maintain an upright position exceeds available reserves
  • Post-toileting crashes: Even assisted toileting may trigger hours or days of worsened symptoms
  • Constipation: Peristalsis requires energy; severe patients often have profound constipation
  • Incontinence: Some patients lose bladder or bowel control from neurological dysfunction

3.3 Bathing and Hygiene

Personal hygiene becomes a distant memory for many severe patients:

  • Showering impossible: Standing under running water requires too much energy; temperature changes too stimulating
  • Bed baths difficult: Even passive bathing by a caregiver may trigger crashes
  • Teeth brushing exhausting: The arm movement, the taste of toothpaste, the stimulation—all problematic
  • Hair care abandoned: Washing, brushing, or cutting hair requires energy that doesn’t exist

Samuel noted simply: “Going to the toilet is sometimes difficult. Showering is currently impossible due to extreme physical weakness and sensory overload.”

3.4 Eating and Drinking

As discussed in Section Mortality Figures: Memorial Record Selection Bias, eating itself becomes a dangerous activity:

  • Cannot sit up to eat: Must be fed lying down or at extreme recline
  • Chewing exhausts jaw muscles: Can manage only soft or liquid foods
  • Swallowing risk: Aspiration pneumonia is a genuine threat
  • Tube feeding: Some patients require nasogastric or PEG tubes for survival
  • TPN (Total Parenteral Nutrition): In extreme cases, nutrition must bypass the digestive system entirely

3.5 Speaking and Communication

The ability to speak—the fundamental human capacity for connection—is lost:

  • Cannot produce speech: The motor coordination, breath control, and cognitive load required exceed capacity
  • Cannot whisper: Even minimal vocalization is too demanding
  • Written communication limited: Holding a pen, forming letters, organizing thoughts—all require energy
  • Digital communication minimal: A few seconds or minutes on a phone, if anything
  • Communication boards: Some patients resort to pointing at letters or symbols

One patient reported: “After trying to talk, something got strained so severely that a few weeks later I could not swallow solid food without almost unbearable pain, so I had to switch to blended food. Even then it took years to settle down and there were scary times I really struggled with swallowing at all. I am still bedbound now, still unable to talk, or listen to music, or watch TV.”

3.6 Post-Exertional Malaise: The Trap

The defining feature that makes severe ME/CFS a trap from which there is no escape is post-exertional malaise (PEM)—any activity beyond the patient’s severely limited “energy envelope” triggers a crash that may last hours, days, weeks, or permanently worsen the baseline condition.

The cruel mathematics of severe ME/CFS:

  • Patient has energy for approximately nothing—lying still in darkness and silence
  • Any attempt to do something—speak, think, move, feel—costs energy
  • Energy expenditure triggers PEM: worsened symptoms, often for days
  • PEM reduces baseline capacity further
  • Return to step 1, but with even less capacity than before

This is why severe ME/CFS patients get worse, not better. Every attempt to “push through,” every well-meaning encouragement to “try a little activity,” every unavoidable exertion (a medical appointment, an emergency, a caregiver being unavailable) can permanently damage the patient. Samuel described this trap:

“But that is not even the worst part. The worst thing about this disease is the cardinal symptom PEM (post-exertional malaise), which ensures that every smallest exceeding of my energy limits leads to a so-called crash and a permanent worsening of all my symptoms and my general condition. So I must bitterly pay for every attempt to live a little, and then end up in an even worse state than before.

Even if I only lie in bed, alone with my thoughts, I must be careful, because even too positive or too negative thoughts mean a crash and thus a deterioration in my condition.”

3.7 The Pain Dimension

Severe ME/CFS involves “severe and often almost constant, widespread pain” (Montoya et al. 2021). This pain has multiple components:

  • Muscle pain: Widespread myalgia from metabolic dysfunction and lactic acid accumulation
  • Joint pain: Diffuse arthralgia affecting major and minor joints
  • Nerve pain: Burning, shooting, or electrical sensations from small fiber neuropathy
  • Headache: Persistent headaches, often migrainous in character
  • Allodynic pain: Pain from normally non-painful stimuli (touch, temperature, pressure)
  • Visceral pain: Abdominal, chest, and pelvic pain from organ system dysfunction
  • Central sensitization pain: The nervous system amplifies all pain signals

Unlike acute pain, which signals a specific injury and resolves with healing, ME/CFS pain is chronic, unremitting, and poorly responsive to analgesics. Opioids carry significant risks. NSAIDs provide minimal relief. The pain simply continues, month after month, year after year.

4 Cognitive Devastation

4.1 Beyond “Brain Fog”

The term “brain fog” dramatically understates the cognitive destruction caused by severe ME/CFS. What patients experience is closer to acquired brain injury—the progressive failure of cognitive functions that were previously intact.

4.2 Loss of Language

  • Word-finding difficulties: Cannot retrieve common words
  • Sentence construction fails: Cannot organize thoughts into coherent expression
  • Reading comprehension loss: Words on a page no longer form meaning
  • Writing disability: Cannot compose text, even simple messages
  • Language processing: Cannot understand speech, especially rapid or complex

4.3 Memory Destruction

  • Short-term memory failure: Cannot remember what happened minutes ago
  • Working memory collapse: Cannot hold multiple items in mind simultaneously
  • Prospective memory loss: Cannot remember to do things in the future
  • Long-term memory erosion: Older memories become inaccessible or confused

4.4 Executive Function Collapse

  • Cannot plan: Even simple sequences become impossible to organize
  • Cannot decide: Decision-making exhausts cognitive resources
  • Cannot initiate: Even with capacity, cannot begin tasks
  • Cannot inhibit: Poor impulse control, emotional dysregulation
  • Cannot shift: Rigid thinking, unable to change approach

4.5 Processing Speed

  • Dramatic slowing: Thoughts that took milliseconds now take seconds or minutes
  • Cannot keep pace: Conversations, events, information move too fast
  • Delayed responses: Long pauses before being able to respond
  • Mental “blank-outs”: Complete cessation of cognitive activity

4.6 The Loss of Self

For many severe patients, the cognitive devastation amounts to a loss of personal identity:

  • Cannot engage in former interests: Reading, hobbies, intellectual pursuits—all inaccessible
  • Cannot maintain relationships: Too impaired to communicate, remember, or connect
  • Cannot recognize themselves: The person they were is gone, replaced by a shadow
  • Memories fade: Even the past becomes uncertain as long-term memory erodes

This is not depression (though depression often co-occurs). This is organic brain dysfunction—the brain, starved of adequate energy and bathed in inflammatory signals, simply cannot perform its functions. The 2024 NIH deep phenotyping study found abnormally low catecholamines (dopamine, norepinephrine) in cerebrospinal fluid and reduced activity in the temporoparietal junction—the brain region responsible for effort-based decision-making and sensory integration (National Institutes of Health 2024).

5 The Wish for Death

5.1 Suicidality in ME/CFS

The level of suffering in severe ME/CFS is so extreme that many patients contemplate, attempt, or complete suicide. Research documents this tragic reality:

  • Suicide risk: 6.85 times higher than the general population (Roberts et al. 2016)
  • Suicidal ideation: 39–57% of moderately to severely ill patients have contemplated suicide (Chu et al. 2021)
  • Suicide rate in ME/CFS patients: 12.75% at risk vs. 2.3% in general population
  • Age at suicide: Average 39.3 years (vs. 48 years in general population)—dying younger
  • Cause of death: Suicide accounts for approximately 25% of ME/CFS deaths

60% of ME/CFS patients who died by suicide had no diagnosis of depression (Roberts et al. 2016).

This statistic is crucial. It demonstrates that ME/CFS suicides are not primarily the result of psychiatric illness—they are rational responses to unbearable physical suffering that the medical system has failed to treat or even acknowledge. ### Why Patients Want to Die {#subsec-why-death}

The desire for death in severe ME/CFS arises from a specific constellation of factors:

  • Unremitting suffering: Pain, exhaustion, and neurological dysfunction that never stops, 24/7/365, for years or decades

  • No prospect of improvement: Unlike cancer patients who may hope for remission, severe ME/CFS patients face a disease with no approved treatments and poor prognosis for recovery

  • Progressive worsening: Many patients watch themselves deteriorate over time, losing function after function, with no floor to the decline

  • Total isolation: Cut off from all human connection, entertainment, and engagement by their neurological sensitivities

  • Medical abandonment: Dismissed, disbelieved, and denied care by healthcare systems that don’t understand or acknowledge their disease

  • Loss of self: The person they were has been destroyed; what remains is a suffering body without the cognitive capacity to even find meaning in that suffering

  • Burden on others: Watching loved ones sacrifice their lives as caregivers while being unable to reciprocate or even express gratitude adequately

  • No end in sight: The suffering could continue for decades—there is no natural endpoint, no finish line

Samuel, explaining his decision to pursue euthanasia at age 21, wrote:

“So bad that you often think there is only one option left. Many see no way out; the suicide rate is extremely high. My condition is also heading in a direction where I may need to be artificially fed.

Therefore, I am taking advantage of assisted dying in 12 days.

But my death should not be in vain.”

Pauline Hongnat, 34 ans, sévèrement atteinte d’EM et d’un syndrome d’activation mastocytaire (SAMA), a mis fin à ses jours le 17 mars 2026 en France. Malgré un suivi médical et un soutien de ses proches, elle ne supportait plus les souffrances quotidiennes. Sa mère, Emmanuelle, a demandé que son histoire soit partagée publiquement, “pour que ces morts servent les vivants”, dénonçant “le parcours infernal de souffrances et d’indifférence médicale”. Pauline avait 34 ans.

5.2 Assisted Dying and ME/CFS

In jurisdictions where assisted dying is legal (Belgium, Netherlands, Switzerland, Canada, and others), ME/CFS patients have increasingly sought this option as the only escape from their suffering. This is not evidence of psychiatric illness requiring prevention—it is evidence of a medical system that has failed to provide any other form of relief.

The medical-ethical questions are profound:

  • If a disease causes suffering worse than terminal cancer, with no approved treatments and no prospect of relief, is assisted dying a reasonable option?
  • Should society invest in preventing ME/CFS suicides by forcing patients to continue suffering, or by actually treating their disease?
  • What does it say about our healthcare system that death has become the preferred treatment for hundreds of thousands of patients?

6 Impact on Caregivers and Families

6.1 The Hidden Victims

Severe ME/CFS does not only destroy the patient—it devastates everyone around them. A 2022 international survey of 1,418 patient-family pairs found extraordinary levels of caregiver distress (Vyas et al. 2022):

  • 96.1% of family members felt worried
  • 93% experienced frustration
  • 92.9% experienced sadness
  • 91.8% reported family activities were affected
  • 85.3% experienced problems with holidays
  • 77.3% felt finances were impacted
  • 72.9% reported their sex life was affected

For very severe patients, the caregiver burden is catastrophic (Hermisson et al. 2026) (Fennell, Dorr, and George 2021):

  • Round-the-clock care required (all but one of 47 very severe patients needed 24/7 care)
  • Caregivers spent more than 40 hours per week on care
  • Caregivers reported enormous impacts on their own health, finances, and social life
  • Many caregivers develop their own health problems from the stress and physical demands

6.2 Families Torn Apart

ME/CFS destroys families in multiple ways:

  • Marriages collapse: The strain of caring for a severely ill spouse while managing household, possibly children, and often working, is unsustainable. Divorce rates are elevated.

  • Children suffer: Children of ME/CFS patients grow up with an absent or incapacitated parent. Some children develop ME/CFS themselves after viral illnesses.

  • Parents sacrifice everything: Parents of young ME/CFS patients often quit jobs, exhaust savings, and destroy their own health trying to care for their children.

  • Siblings are neglected: Family resources—emotional, financial, time—flow to the sick member, leaving healthy siblings feeling abandoned.

  • Extended family withdraws: Unable to understand the disease, extended family members often drift away or actively blame the patient for being “lazy” or “making it up.”

One particularly devastating pattern involves intergenerational ME/CFS—a parent becomes ill, then years later their child also develops the disease after a viral infection. A 2024 article documented a family where the mother had been largely bedbound for decades, and then her child joined her in isolation after developing ME/CFS. The father now cares for two bedridden family members, watching his wife and child exist in darkness and silence.

6.3 The Caregiver’s Impossible Position

Caregivers of severe ME/CFS patients face an impossible situation (Hermisson et al. 2026) (Fennell, Dorr, and George 2021):

  • Cannot help: Until recently, there were no structured care protocols to offer. The Hermisson et al. (2026) transdisciplinary nursing care guide now provides PEM-aware protocols across all care dimensions (Hermisson et al. 2026) — but dissemination and implementation in routine care remain very limited.
  • Cannot comfort: Physical presence, touch, or conversation cause harm. The Hermisson care guide provides structured alternatives: non-verbal communication protocols, stop signals, care-batched scheduling (Hermisson et al. 2026).
  • Cannot reduce suffering: The suffering continues regardless of caregiver efforts
  • Cannot have respite: The patient cannot be left alone; cannot go to facility care
  • Cannot plan: The unpredictable nature of crashes makes scheduling impossible
  • Cannot maintain own life: Work, relationships, health—all sacrificed to caregiving
  • Cannot talk about it: Society doesn’t understand; support groups for ME/CFS caregivers barely exist
  • Cannot stop: Abandoning the patient means condemning them to institutionalization or death

7 Economic Devastation

7.1 Individual Financial Ruin

ME/CFS causes financial devastation at the individual level:

  • Inability to work: Up to 75% of ME/CFS patients are unable to work
  • Job loss: 26–89% lose their jobs due to the illness
  • Unemployment: 58.6% unemployed in one large study
  • Downward mobility: Among those who can work part-time, many move to lower-wage positions
  • Lost income: Average per-person cost for lost income: $27,880 annually
  • Disability denial: SSDI approval rates below 20% despite severity comparable to MS

The financial trajectory is typically:

  • Reduced work hours as symptoms develop
  • Loss of job when unable to maintain even reduced schedule
  • Exhaustion of savings during (often lengthy) diagnostic process
  • Denial of disability benefits (claims rarely approved initially)
  • Appeals process taking years while patient has no income
  • Dependence on family members, charity, or destitution

Many patients describe becoming “financial hostages” to family members, partners, or government systems that doubt their illness and treat financial support as conditional on compliance with harmful treatments (like graded exercise therapy).

7.2 Healthcare Costs

Paradoxically, a disease that receives minimal research funding and has no approved treatments still generates enormous healthcare costs:

  • Diagnostic odyssey: Years of specialist appointments, tests, and procedures before receiving diagnosis
  • Out-of-pocket treatments: Patients pay for supplements, alternative therapies, and off-label medications not covered by insurance
  • Emergency care: Crashes, orthostatic events, and complications require emergency visits
  • Comorbidities: POTS, MCAS, fibromyalgia, and other comorbid conditions require ongoing treatment
  • Caregiving costs: Professional caregiving, when available, is expensive; informal caregiving represents massive unpaid labor

7.3 Societal Economic Burden

The total economic burden of ME/CFS is staggering:

  • United States: $36–51 billion annually in direct and indirect costs
  • European Union: Approximately € 40 billion annually for 2 million affected citizens
  • United Kingdom: 3.3 billion minimum
  • Recent estimates (2025): Up to $362 billion annually in the US when accounting for newly recognized prevalence

For context, these figures exceed the economic burden of many diseases that receive far more research funding and public attention. ME/CFS receives approximately $15 per patient in NIH research funding annually, compared to $300+ per patient for MS.

8 Medical Abandonment

8.1 The Healthcare Gap

Perhaps no aspect of severe ME/CFS is more enraging than the systematic abandonment of patients by healthcare systems:

  • No ME/CFS specialists: Most regions have zero physicians with expertise in the disease
  • No treatment guidelines: Until recently, no evidence-based treatment protocols existed
  • No approved medications: Not a single FDA-approved drug for ME/CFS
  • No dedicated clinics: A handful of specialty clinics exist worldwide for millions of patients
  • No training: Most physicians receive zero education about ME/CFS in medical school

The result is that severely ill patients—the patients most in need of care—often receive no care at all. A study found that many severely affected patients have “become entirely disconnected from statutory healthcare services” (Kingdon et al. 2020).

8.2 Active Harm from Healthcare

Beyond neglect, healthcare systems often actively harm ME/CFS patients:

  • Psychiatric misdiagnosis: Patients labeled as depressed, anxious, or somatizing, leading to inappropriate treatment

  • Graded exercise therapy (GET): For decades, guidelines recommended increasing exercise—a treatment that worsens most patients and can cause permanent harm to severe patients

  • Cognitive behavioral therapy (CBT): Promoted as treatment for a “false illness belief,” implying the disease isn’t real

  • Forced institutionalization: Some severe patients have been forcibly removed from homes and placed in psychiatric facilities or nursing homes where their needs cannot be met

  • Tube feeding refusal: As documented in malnutrition cases, healthcare providers refuse life-saving nutritional support because they attribute swallowing difficulties to psychological causes

  • Accusation of Munchausen’s/factitious disorder: Parents of children with ME/CFS have been accused of fabricating or inducing illness, leading to child protective services involvement

8.3 Why Severe Patients Cannot Access Care

Even when healthcare providers want to help, severe patients face insurmountable barriers:

  • Cannot travel: Too ill to be transported to medical facilities
  • Cannot tolerate clinical environment: Lights, sounds, activity of a hospital or clinic trigger crashes
  • Cannot communicate: Too weak to describe symptoms or answer questions
  • Crashes from appointments: Even home visits cause symptom exacerbation
  • No home visit services: Most healthcare systems don’t offer adequate home-based care
  • Insurance barriers: Home visits, when available, often not covered

Recommendations for compassionate home-based care exist (Kingdon et al. 2020):

  • Schedule visits after midday (patients have irregular sleep)
  • Keep visits brief; address only one or two issues
  • Plan for post-visit recovery time (PEM may last days)
  • Avoid perfumes and fragrances
  • Maintain low tone of voice
  • Believe patient reports

But most healthcare systems ignore these recommendations, and most severely ill patients simply go without medical care.

9 A Call to Action

9.1 This Must Change

The information presented in this chapter should provoke moral outrage. Millions of people worldwide are experiencing suffering that exceeds cancer, dying decades early, choosing euthanasia because no other relief exists, and being abandoned or actively harmed by healthcare systems.

This is a medical emergency that has been ignored for decades.

9.2 What Must Happen

  • Massive research funding: ME/CFS research funding must increase by orders of magnitude. The NIH currently spends approximately $15 per patient annually on ME/CFS research. For comparison, HIV/AIDS receives over $2,500 per patient.

  • Medical education: Every physician must receive training on ME/CFS recognition and management. The disease affects 1% of the population—more than MS, more than HIV, more than many conditions that receive extensive medical education.

  • Specialized care centers: Every region needs accessible ME/CFS specialty clinics with expertise in the disease, including capacity for home visits to severe patients.

  • Drug development: Pharmaceutical companies must be incentivized to develop treatments. The market is huge—millions of patients desperate for any relief—but regulatory pathways and research infrastructure are inadequate.

  • Social support: Disability systems must recognize ME/CFS as the devastating illness it is. Patients should not have to fight years-long legal battles while destitute to receive benefits.

  • Caregiver support: Family caregivers need respite, financial support, and recognition for the enormous burden they bear.

  • Public awareness: Society must understand that ME/CFS is not “chronic fatigue”—being tired. It is a catastrophic multi-system disease that destroys lives.

9.3 The Urgency

Every day that passes without adequate response to this crisis:

  • Patients die—from suicide, from cardiac events, from malnutrition
  • Patients worsen—the 25% who are severe were once mild or moderate; every day more patients cross the threshold into severe disease
  • Patients suffer—in darkness and silence, alone, abandoned, in pain that doesn’t end
  • New patients develop ME/CFS—viral infections continue to trigger new cases; Long COVID has added millions to the patient population

Samuel chose to die at 21 rather than continue living with very severe ME/CFS. His final message was: “ME/CFS kills!

He was right. And until the medical establishment, governments, and society take this disease seriously, ME/CFS will continue to kill—slowly through suffering, quickly through suicide, and invisibly through the quiet disappearance of patients into bedrooms from which they never emerge.

If you have read this chapter, you now understand what severe ME/CFS means. You cannot claim ignorance.

What will you do with this knowledge?

For healthcare providers: Will you educate yourself? Believe your patients? Advocate for research and resources?

For policymakers: Will you fund research? Create support systems? Hold healthcare systems accountable?

For family and friends: Will you learn about your loved one’s illness? Provide appropriate support? Advocate on their behalf?

For the general public: Will you spread awareness? Challenge misconceptions? Support organizations working on ME/CFS?

The patients cannot speak for themselves. They are trapped in dark, silent rooms, too weak to advocate, too ill to be seen.

They need you to speak for them.

References

Baxter, Helen, Nigel Speight, and William RC Weir. 2021. “Life-Threatening Malnutrition in Very Severe ME/CFS.” Healthcare 9 (4): 459. https://doi.org/10.3390/healthcare9040459.
Chu, Lily, Mary Elliott, Eleanor Stein, and Leonard A Jason. 2021. “Identifying and Managing Suicidality in Myalgic Encephalomyelitis/Chronic Fatigue Syndrome.” Healthcare 9 (6): 629. https://doi.org/10.3390/healthcare9060629.
Fennell, Patricia A, Nancy Dorr, and Sarah S George. 2021. “Elements of Suffering in Myalgic Encephalomyelitis/Chronic Fatigue Syndrome: The Experience of Loss, Grief, Stigma, and Trauma in the Severely and Very Severely Affected.” Healthcare (Basel) 9 (5): 553. https://doi.org/10.3390/healthcare9050553.
Hermisson, Johannes, Claudia Schreiner, Sabine Weichselbaumer, Michael Leitzmann, Matthias Stingl, Michael Wasner, and Arbeitsgruppe Pflegeleitfaden der Österreichischen Gesellschaft für ME/CFS. 2026. “Transdisziplinäres Expert:innen-Statement: Pflegeleitfaden Für Menschen Mit Schwerem ME/CFS in Der Häuslichen Versorgung.” Wiener Medizinische Wochenschrift. https://doi.org/10.1007/s10354-026-01155-6.
Hvidberg, Michael Falk, Louise Schouborg Brinth, Anne V Olesen, Karin D Petersen, and Lars Ehlers. 2015. “The Health-Related Quality of Life for Patients with Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS).” PLOS ONE 10 (7): e0132421. https://doi.org/10.1371/journal.pone.0132421.
Kingdon, Caroline, Dionysius Giotas, Luis Nacul, and Eliana Lacerda. 2020. “Health Care Responsibility and Compassion—Visiting the Housebound Patient Severely Affected by ME/CFS.” Healthcare 8 (3): 197. https://doi.org/10.3390/healthcare8030197.
Loth, Yannick. 2026. “Myalgic Encephalomyelitis / Chronic Fatigue Syndrome: A Comprehensive Medical Documentation.” https://doi.org/10.5281/zenodo.19627450.
Maeda, Kei Igarashi, Minha Faima Islam, Karen E Conroy, and Leonard Jason. 2023. “Health Outcomes of Sensory Hypersensitivities in Myalgic Encephalomyelitis/Chronic Fatigue Syndrome and Multiple Sclerosis.” Psychology, Health & Medicine 28 (10): 3052–63. https://doi.org/10.1080/13548506.2023.2195670.
McManimen, Sarah L, Andrew R Devendorf, Abigail Brown, Betsy C Moore, J Mark Moore, and Leonard A Jason. 2016. “Mitochondrial Dysfunction and the Pathophysiology of Myalgic Encephalomyelitis/Chronic Fatigue Syndrome.” Journal of Translational Medicine 14 (1): 1. https://doi.org/10.1186/s12967-016-0800-6.
Montoya, Jose G, Theresa G Dowell, Amy E Mooney, Mary E Dimmock, and Lily Chu. 2021. “Caring for the Patient with Severe or Very Severe Myalgic Encephalomyelitis/Chronic Fatigue Syndrome.” Healthcare 9 (10): 1331. https://doi.org/10.3390/healthcare9101331.
National Institutes of Health. 2024. “In-Depth Study Finds Brain, Immune, Metabolic Abnormalities Linked to Debilitating Chronic Disease.” NIH News Release. https://www.nih.gov/news-events/news-releases/depth-study-finds-brain-immune-metabolic-abnormalities-linked-debilitating-chronic-disease.
Roberts, Eleanor, Simon Wessely, Trudie Chalder, Chin-Kuo Chang, and Matthew Hotopf. 2016. “Mortality of People with Chronic Fatigue Syndrome: A Retrospective Cohort Study in England and Wales from the South London and Maudsley NHS Foundation Trust Biomedical Research Centre (SLAM BRC) Clinical Record Interactive Search (CRIS) Register.” The Lancet 387 (10028): 1638–43. https://doi.org/10.1016/S0140-6736(15)01223-4.
Sirotiak, Peter, and Leonard A Jason. 2025. “Emerging Therapeutic Approaches for Myalgic Encephalomyelitis/Chronic Fatigue Syndrome.” Journal of Translational Medicine 23 (1): 123. https://doi.org/10.1186/s12967-025-04987-6.
Vyas, Jasmin, Natalie Muirhead, Ravi Singh, Maryam Mosli, Fiona Leach, Stephen M Lawrie, and Laura Ronan. 2022. “Impact of Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS) on the Quality of Life of People with ME/CFS and Their Partners and Family Members: An Online Cross-Sectional Survey.” BMJ Open 12 (5): e058128. https://doi.org/10.1136/bmjopen-2021-058128.