Comparing Post-Exertional Symptoms Following Serial Exercise Tests, Mateo et al, 2018

Indigophoton · May 31, 2018

Mark VanNess, PhD presented at the annual meeting of the American College of Sports Medicine. Lariel Mateo presented at the University of the Pacific’s Undergraduate Research and Creativity Conference.

Post-exertional malaise (PEM) is an exacerbation of symptoms that leads to a reduction in functional ability. Recognizing the triggers, onset, symptoms and duration of PEM is important for the diagnosis of Myalgic Encephalomyelitis/Chronic Fatigue Syndrome (ME/CFS). PEM following serial exercise tests has not been examined.

PURPOSE: To compare descriptions of symptoms by ME/CFS and control subjects after two maximal exercise tests, each separated by 24 hours.

METHODS: Open-ended questionnaires were provided to 10 control subjects and 49 ME/CFS patients who underwent two maximal exercise tests, 24 hours apart. Each subject evaluated how they felt immediately after the first exercise test, before and immediately after the second exercise test, 24 hours after the second exercise test and in the week following the tests. Responses were analyzed and categorized by two reviewers, blinded to subject diagnosis.

RESULTS: Over the two days of testing, ME/CFS subjects reported an average of 15.4±7.7 symptoms compared to 5.5±1.8 in the control group. Following the tests, ME/CFS subjects reported an average of 5.0±2.8 symptoms compared to 0.1±0.3 in the control group. Among the ME/CFS subjects, fatigue, cognitive dysfunction, and sleep problems were reported with the greatest frequency. Out of the eighteen symptom categories, ME/CFS subjects reported seventeen at a higher frequency than control subjects. The largest differences were observed in cognitive dysfunction, headache, light-headedness, muscle/joint pain and weakness. Other symptoms included decreased function, pain, flu-like and gastrointestinal
symptoms. Forty-nine percent of ME/CFS subjects recovered within an average of 4.5 days while fifty-one percent had not recovered by day seven. In contrast, all but one control subject recovered within 1 day.

CONCLUSION: A standardized exertional stimulus produces prolonged and more diverse symptoms in ME/CFS subjects compared with those seen in control subjects. Understanding PEM more comprehensively may provide clues to the underlying pathophysiology of ME/CFS andl ead to improved diagnosis and treatment.
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Andy · May 31, 2018

My thanks to those patients who are willing to risk their remaining health in this kind of research.

Trish · May 31, 2018

Does anyone know if this is new research or reporting to a conference of already published research?

Andy · May 31, 2018

Trish said: ↑

Does anyone know if this is new research or reporting to a conference of already published research?
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I would guess new, unpublished work. A quick Google of the title doesn't show a paper with the same name.

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Comparing Post-Exertional Symptoms Following Serial Exercise Tests, Mateo et al, 2018

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Comparing Post-Exertional Symptoms Following Serial Exercise Tests, Mateo et al, 2018

Indigophoton Senior Member (Voting Rights)

Andy Committee Member (& Outreach when energy allows)

Trish Moderator Staff Member

Andy Committee Member (& Outreach when energy allows)

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