Treatments and programmes
- CBT framed as a cure. Supportive counselling for coping with a serious illness can help. Programmes that claim ME/CFS is maintained by “unhelpful beliefs”, and that changing them will cure you, are not supported. A 2026 review of 15 CBT trials reported small improvements in self-reported fatigue, but the trials couldn’t be blinded and relied on questionnaires, and reviewers have raised concerns about how some trials were counted. It doesn’t show that CBT treats the illness itself.3
- High-dose steroids. The PoCoVIT trial was stopped early after five serious blood clotting events, with no benefit.4,5
- Blood thinners or blood-filtering (apheresis) for “microclots”. A careful UK study of 117 people with Long COVID who were never in hospital found no clotting abnormality and no extra fibrin “microaggregates” compared with people who had recovered from COVID. The authors say blood thinners aren’t justified outside clinical trials unless you have another reason to take them.6
- Immunoadsorption outside a trial. It showed no benefit in unselected patients (Charité, 2026).7,5 It may help some people with specific autoantibodies,8 but only in a research setting for now.
- Expensive “protocols” and clinics that promise recovery, especially with upfront packages.
The debate about graded exercise therapy
Some Australian clinics still describe graded exercise as well supported by evidence. They aren’t making that up, but the evidence is weaker and more disputed than they may suggest. Here are both sides.
Why some clinics still recommend it
- The Cochrane review of 8 trials (1,518 people) concluded exercise therapy “probably” reduces fatigue at the end of treatment, rated moderate certainty: roughly 3 points on a 33-point fatigue scale. It is still published. Cochrane abandoned a planned update in 2024.9,10 RCT
- The PACE trial (641 people, 2011) found GET modestly improved fatigue and physical function, and people walked about 35 metres further in six minutes than with usual care.11 RCT
- GETSET (2017, 211 people) required post-exertional fatigue or malaise to enrol and still found a benefit on fatigue at 12 weeks.12 RCT
- Trial safety data pooled from 10 GET trials found no excess of people becoming “much worse” (4% with GET vs 8% of controls), though the certainty is low and the analysis was written by a PACE author.13
- Several UK medical bodies objected to NICE. The Royal Colleges of Physicians, GPs and Psychiatrists said NICE’s definition of GET doesn’t reflect the “personalised paced exercise programmes” used in practice, while agreeing the term GET should be dropped.14 A 51-author critique, including the director of the UNSW Fatigue Clinic, argues NICE misapplied its evidence-grading method.15
- Australia’s only existing ME/CFS guideline (RACP, 2002) says graded exercise “may be effective”. It hasn’t been updated since 2002; the NHMRC’s replacement is due in 2027–28.16,17
Why most guidelines have moved away from it
- Self-reported outcomes in unblinded trials. Patients knew which treatment they had and rated their own fatigue, which is especially prone to bias. NICE’s systematic review rated every GET outcome low or very low quality for this reason.18
- Objective measures barely moved. In PACE, apart from the walking test, there was no difference in fitness, days off work or benefit claims.19,20 Using the trial’s original definition, recovery rates were 4% with GET versus 3% with usual care; the PACE authors dispute that reanalysis.19,21
- Most trials didn’t require post-exertional malaise. In PACE only about half met a definition requiring it. The US AHRQ found that without the broad Oxford-criteria trials there wasn’t enough evidence to judge GET at all.11,22
- Benefits faded. Longer-term, the groups in PACE and GETSET no longer differed.19,23 A 2024 trial in 241 children found GET no better than activity management.24
- Harm wasn’t well measured. In PACE, serious adverse events were twice as common with GET (8% vs 4%), though judged unrelated to treatment.11 Patient surveys report worsening in 54–81% of people after GET. Surveys can over-represent bad experiences, but the findings are consistent across many surveys.25,26
- Independent reviewers were cautious too. Germany’s IQWiG (2023) could not weigh GET’s benefits against its harms, and withdrew the “hint of benefit” in its draft because serious harm couldn’t be ruled out.27
Where guidelines stand now
| Guideline | Position on graded exercise |
|---|---|
| UK NICE (2021) | Don’t offer fixed-increment GET; a personalised, flexible programme can be considered1 |
| US CDC | Removed GET; pacing plus cautious, monitored increases when patients improve28 |
| US ME/CFS Clinician Coalition (2021) | Calls GET an “outdated standard of care”29 |
| Netherlands Health Council (2018) | “No reason to recommend” GET30 |
| Germany IQWiG (2023) | Benefits and harms can’t be weighed27 |
| Norway (2026 draft) | Individualised “activity regulation”, not rigid increases31 |
| WHO (Long COVID) | Pacing if post-exertional symptoms; exercise only if absent32 |
| Australia RACP (2002) | Graded exercise “may be effective” (out of date)16 |
| Emerge Australia | GET not effective when PEM is present; gentle movement may suit some people33 |
The bottom line: almost no one now defends rigid, push-through exercise. Whether a slow, symptom-led increase helps people with PEM is genuinely unresolved. If you’re offered a programme, use the questions on our pacing page to check which kind it is.
Tests
- VO₂ max or other maximal exercise testing is a known PEM trigger. The exception is a formal two-day CPET done specifically to document ME/CFS, and only if you decide the trade-off is worth it.
- Private “GPCR autoantibody” tests used to diagnose ME/CFS or Long COVID or to choose a treatment. In a 2026 German study of 206 people after COVID, these antibody levels were no different in people with post-COVID fatigue.34 They’re a research tool, not a diagnostic test.
- Private panels sold as an ME/CFS workup. They usually miss the tests that matter. See Tests.
Apps and devices
- Fitness-oriented coaching, e.g. “strain” scores, step goals, “you’re recovered, push harder”. See Wearables.
Supplements
- Stimulant-containing blends, such as flavoured “3-in-1” creatine with caffeine, or NMN blends with green-tea extract
- Starting lots of things at once. You’ll never know what helped (or harmed).
- Unverified internet cures. Check them against the evidence first.
Habits
- Spending your good days. A good day is a sign pacing is working, not a sign you can do more. See Pacing.
- Waiting until you’re bedbound to rest. Cut back early during a decline.
- Visiting when unwell (for family and friends). New infections are the most common relapse trigger.
How to spot hype
Ask these questions about any new treatment claim:
- Was there a placebo group? In ME/CFS, 40% or more of people can feel better on a sugar pill. Without a placebo group, a high success rate can mean very little.
- How many people? Results from 10 or 20 people often don’t hold up.
- Was it in people, or in cells in a dish? Lab results are a starting point, not proof.
- Was it ME/CFS, or a related condition? Long COVID and fibromyalgia results may not transfer.
- Who’s selling it? Be wary when the person making the claim profits from the treatment.
- Has anyone else replicated it?
Our evidence labels are designed to help with exactly this.
References
- Myalgic encephalomyelitis (or encephalopathy)/chronic fatigue syndrome: diagnosis and management (NG206) Guideline
- Why did it take the CDC so long to reverse course on debunked treatments for chronic fatigue syndrome? News
- Rehabilitative efficacy of cognitive behavioral therapy-based intervention for chronic fatigue syndrome: a systematic review and meta-analysis RCT
- PoCoVIT: methylprednisolone in post-COVID syndrome (NCT05986422) Registry
- International ME/CFS conference roundup: setbacks and new hopes for therapeutic research News
- No evidence of hypercoagulability, altered fibrinolysis, or increased fibrin(ogen) microaggregates in never-hospitalized long COVID Observational
- Immunoadsorption in post-COVID ME/CFS (IA-PACS-CFS, NCT05710770) Registry
- Efficacy of immunoadsorption in post-COVID ME/CFS with autoantibodies: final results of a prospective observational study Open-label
- Exercise therapy for chronic fatigue syndrome RCT
- Update on 'Exercise therapy for chronic fatigue syndrome' News
- Comparison of adaptive pacing therapy, cognitive behaviour therapy, graded exercise therapy, and specialist medical care for chronic fatigue syndrome (PACE): a randomised trial RCT
- Guided graded exercise self-help plus specialist medical care versus specialist medical care alone for chronic fatigue syndrome (GETSET): a pragmatic randomised controlled trial RCT
- Adverse outcomes in trials of graded exercise therapy for adult patients with chronic fatigue syndrome RCT
- Joint statement on the NICE ME/CFS guideline Guideline
- Anomalies in the review process and interpretation of the evidence in the NICE guideline for chronic fatigue syndrome and myalgic encephalomyelitis News
- Chronic fatigue syndrome: clinical practice guidelines 2002 Guideline
- ME/CFS clinical practice guideline development Guideline
- NICE NG206 evidence review G: non-pharmacological management of ME/CFS Report
- Rethinking the treatment of chronic fatigue syndrome: a reanalysis and evaluation of findings from a recent major trial of graded exercise and CBT Observational
- Adaptive pacing, cognitive behaviour therapy, graded exercise, and specialist medical care for chronic fatigue syndrome: a cost-effectiveness analysis RCT
- Response to the reanalysis of the PACE trial News
- Diagnosis and treatment of ME/CFS: addendum Report
- Graded exercise self-help plus specialist medical care for chronic fatigue syndrome (GETSET): long-term follow-up RCT
- Graded exercise therapy versus activity management for paediatric CFS/ME (MAGENTA): a randomised trial RCT
- Myalgic encephalomyelitis/chronic fatigue syndrome patients' reports of symptom changes following cognitive behavioural therapy, graded exercise therapy and pacing treatments: analysis of a primary survey compared with secondary surveys Observational
- Evaluation of a survey exploring the experiences of adults with ME/CFS who have participated in CBT and GET interventional programmes Observational
- ME/CFS: current state of knowledge (final report N21-01) Report
- Treating the most disruptive symptoms first and preventing worsening of symptoms Guideline
- Myalgic encephalomyelitis/chronic fatigue syndrome: essentials of diagnosis and management Guideline
- ME/CFS: advisory report Guideline
- National guideline for long-term fatigue including ME/CFS (consultation draft) Guideline
- Post COVID-19 condition: clinical management Guideline
- Exercise as treatment for ME/CFS and long COVID Guideline
- Receptor-binding autoantibodies are not associated with post-COVID fatigue Observational