Medical students highlight the importance of medical education, kindness, compassion and belief when learning about patients with myalgic encephalomyelitis/chronic fatigue syndrome

Abstract:

‘Imagine my surprise to discover ME/CFS is definitely not rare, but inexplicably and infuriatingly unacknowledged’. Fifth year medical student, Scotland.
Earlier this year, medical students at Scottish medical schools were invited to take part in an essay competition, 500 words on the topic of ‘What is your most important learning point about myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS)?’ This edition proudly features the first prize winning essay of the competition which was funded by the Scottish Government’s education project; Learn About ME.1
ME/CFS affects at least 280,000 people in the UK, including approximately 23,000 in Scotland. It is a neurological disease with multisystem symptoms, often triggered by a virus. People with ME/CFS may be left bedbound or housebound with a significantly reduced quality of life.2 Yet many healthcare professionals do not know how to diagnose or manage this devastating disease, nor do they know how, or what, to teach our next generation of doctors.3
People with ME/CFS, and a subset of those with long COVID, experience symptoms including post-exertional malaise (PEM), unrefreshing sleep, profound fatigue, brain fog and orthostatic intolerance.4
Patients can also present with sore throats, muscle aches, disrupted sleep, changes in bowel habit, joint and bone pain, problems with multitasking and short-term memory, word-finding difficulties, headaches, changes in smell and taste, tinnitus, disrupted menses, breathlessness, dizziness, skin rashes and hair loss.4
Research into underlying mechanisms has revealed key defects: an abnormal response to repeat exercise, gait and strength abnormalities, immune system dysfunction, neuroinflammation, altered blood cell morphology and clotting, problems with cellular-energy delivery, microbial gut dysbiosis and changes in metabolomics.5
The lack of medical education on this topic and resulting weak clinical knowledge of ME/CFS has resulted in delays to diagnosis, multiple clinic referrals and a huge cost to every taxpayer. ME/CFS costs the UK an estimated £3.3 billion a year6 and long COVID clinics cost millions, with funding being extended for this chronic condition. Yet Scottish services are struggling to find healthcare practitioners to deliver this care or worse, offering potentially harmful patient support workshops that are directly in conflict with the NICE (NG206) 2021 ME/CFS guidelines such as the highly criticised ‘Lightning Process’.7 Medical education on ME/CFS and post-acute infectious disease is urgently needed for earlier recognition and better management.
One student described the experience and delay in diagnosis for two of their family members: ‘. . .these young women were discarded as victims of teenage laziness or anxiety. They had to fight to gain support from their GP (General Practitioner) and their diagnosis took several second opinions and ultimately years’.
Outdated treatment using graded exercise, shown to harm ME/CFS patients, has been rebranded as ‘activity management’ in some services and offered to both ME/CFS and long COVID patients. Another medical student displayed incredible insight in recognising the deficiency of the current system, which relies largely on patient self-help: ‘the burden being placed on the patient to improve their condition through mental work’.
The key feature of ME/CFS is PEM. The most important thing to learn about PEM is that even trivial activity (whether physical, mental or emotional) can exacerbate symptoms, and that this exacerbation or flare can be delayed. A person with ME/CFS who can sit upright for five minutes on a given day could be too ill to sit up at all the next day due to PEM.8
A traditional rehabilitation programme led by a physiotherapist might include graded activity or exercise. For a non-ME/CFS person following a sports injury, orthopaedic surgery or intensive care, gently increasing activity for just a few minutes, or a few steps at a time is ideal. However, for ME/CFS patients, this approach could be incredibly harmful. People with ME/CFS need to conserve their energy and pace themselves to avoid a flare in symptoms.4
People who are only mildly affected still experience a major negative impact on their ability to work. They have very little energy for socialising, hobbies and housework. For those moderately affected, basic activities of normal daily living such as preparing food, washing and dressing can cause symptom exacerbation. Very severely affected individuals, who are often bedbound, can experience PEM from simply turning in bed, speaking and digesting food.9
ME/CFS also has a major impact on family members’ quality of life.2 Nearly a third of medical students responding commented on the impact on quality of life as being one of the most important things to learn about this disease.
Several students wrote about a family member, or friend, whom they knew with ME/CFS. Sadly, it was a recurring theme that the medical students explained they had not been taught about ME/CFS at medical school. One commented: ‘Alas, the only time in the last four years I have encountered the term ME/CFS at medical school was as a differential diagnosis for fibromyalgia’.
It is vital that this topic features more prominently in the medical curriculum, and in our medical textbooks, to avoid patient harm due to delayed or mis-diagnosis and mismanagement. There is a lot we can offer ME/CFS patients: an early and accurate diagnosis, medication for symptom control, practical support with disability applications and mobility aids, but above all, these medical students have reminded us that ME/CFS patients should be treated with kindness, compassion and belief.10
Source: Muirhead NL. Medical students highlight the importance of medical education, kindness, compassion and belief when learning about patients with myalgic encephalomyelitis/chronic fatigue syndrome. J R Coll Physicians Edinb. 2024 May 27:14782715241255977. doi: 10.1177/14782715241255977. Epub ahead of print. PMID: 38798174. https://journals.sagepub.com/doi/10.1177/14782715241255977 (Full text)

The Role of Immunity and Inflammation in ME/ CFS and Post-COVID Syndrome: Implications for Treatment

Abstract:

Probably one in seven patients who have experienced acute COVID-19 continue having long-lasting complaints, called post-COVID syndrome or long-COVID, that are similar to those observed in patients with Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS).

There are good reasons to believe that common immunological, epigenetic and inflammatory mechanisms are involved in the pathogenesis both diseases.

To date, various therapeutic approaches have been recommended, but with moderate success. In the present opinion paper, the author weights his clinical experience against data from the literature, and suggests novel approaches.

In addition to general measures and paramedical approaches, food supplementation with a specific nutraceutical can be completed by oral administration of sodium dichloroacetate and Meldonium to optimize glucose metabolism and mitochondrial energy generation.

Alternatively, intravenous infusions with magnesium salt and multivitamins can be completed with glutathione, m-tranexamic acid, and cultured stem cells.

Preliminary results of an open-label, prospective, two-centre trial suggest more than four in five patients benefit from combined oral and infusion therapy with significantly diminished fatigue and improved well-being.

Monoclonal antibodies in “biologicals”, blocking the effects of cytokines, and “small molecules” with Janus kinase inhibiting activity may offer novel opportunities by focusing on both immunologic and inflammation targets. A pilot trial with, in particular, one of the Janus kinase inhibitors could be considered.

Source: Comhaire F. The Role of Immunity and Inflammation in ME/CFS and Post-COVID Syndrome: Implications for Treatment. MedLife Clinics 2022, Volume 4 (2), Article 1043 http://www.medtextpublications.com/open-access/the-role-of-immunity-and-inflammation-in-me-cfs-and-1254.pdf (Full text)

Known unknowns, and as yet medically unexplained diseases

Seen from the outside, the process of scientific exploration of diseases seems chaotic and confusing. Indeed, from within, it is tempting to deduce that clinical academics are chaotic and confused.

To be fair, that is an appropriate deduction. Einstein famously said, ‘If we knew what we were doing, it wouldn’t be called research.’ The vast majority of medical research can be compared to solving a particularly complex crossword puzzle. We start with the ‘easy answers’, then progress to the deducible, before staring endlessly at the problems that don’t make sense to us. The hope is that the pieces we already have will enable us to fill the gaps and produce a semblance of sense.

Practising medicine often does not allow this freedom of thought. If the CRP is falling, the antibiotics are working; if it is rising, they’re not; fracture is a fracture; air under the diaphragm represents burst viscera.

Where, then, do we place conditions that we don’t as yet have diagnostic tests for?

Read the rest of this article HERE.

Source: Known unknowns, and as yet medically unexplained diseases by David Strain. BMA, May 12, 2022. https://www.bma.org.uk/news-and-opinion/known-unknowns-and-as-yet-medically-unexplained-diseases

Report of the Dutch National Health Council on chronic fatigue syndrome

Abstract:

In our opinion, the recent report of the Dutch National Health Council on myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS) lacks balance: it is very critical on the quality of evidence regarding behavioural interventions, but lacks a critical attitude regarding the presumed somatic components of the disorder. Without solid evidence, the report coins ME/CFS as a severe multisystem disease, and it embraces the diagnostic criteria of the American Institute of Medicine. We underscore the remarks in the report that physicians should not be reluctant to make diagnosis in patients with the disorder, and that these patients should be approached with empathy and respect. Regarding a future research programme, there is need for a well-designed research agenda.

Source: van der Meer JWM, Roerink ME, van de Putte EM. Report of the Dutch National Health Council on chronic fatigue syndrome. Ned Tijdschr Geneeskd. 2018;162(0):D2845. [Article in Dutch]   https://www.ncbi.nlm.nih.gov/pubmed/29600930

Unproven diet therapies in the treatment of the chronic fatigue syndrome

Abstract:

This report is a review of the unproven diet therapies recommended for individuals with chronic fatigue syndrome (CFS). Diet therapies promoted for the relief of CFS symptoms by the authors of five CSF self-help books were evaluated on the basis of nutritional adequacy and scientific rationale.

Unproven diet therapies for patients with CFS include megavitamin/mineral supplements; royal jelly and other dietary supplements; and elimination, avoidance, and rotation diets. Claims that these therapies relieve CFS symptoms and promote recovery are anecdotal and have not been substantiated by clinical research.

The yeast-avoidance and sugar-free diets, both promoted to combat Candida albicans overgrowth, are of questionable value in treating patients with CFS. The rotation diet is not balanced and does not meet the current recommended dietary intake levels. Diet strategies that call for the avoidance of food additives, preservatives, sweeteners, and other ingredients are not supported by available evidence and are not practical for patients with CFS.

A diet plan for patients with CFS should be based on sound nutritional principles and common sense. Until the results of studies demonstrating the benefits of particular diet therapies in the management of CFS are available, patients with CFS are advised to eat a varied diet selected from among and within the basic food groups to ensure an adequate nutrient intake and to reach and maintain a reasonable body weight.

 

Source: Morris DH, Stare FJ. Unproven diet therapies in the treatment of the chronic fatigue syndrome. Arch Fam Med. 1993 Feb;2(2):181-6. http://www.ncbi.nlm.nih.gov/pubmed/8275187