Key result
Exercise and day factors had significant effects on heart rate variability measured by fuzzy measure entropy in healthy males in a hypoxic environment.
Why the study?
Does exercise state compared to rest state affect heart rate variability measured by FuzzyMEn in healthy males in a hypoxic environment?
Observational (n=4)
Does exercise state compared to rest state affect heart rate variability measured by FuzzyMEn in healthy males in a hypoxic environment?
Exercise state significantly affects heart rate variability measured by FuzzyMEn in a hypoxic environment compared to rest.
Answers are grounded in this paper and cite their sources.
Exercise may modulate HRV in hypoxia; leaves open FuzzyMEn validation for clinical or physiologic use.
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Cao et al. (2016) conducted an observational in Healthy (n=4). Exercise state vs. Rest state was evaluated on Fuzzy measure entropy (FuzzyMEn) of heart rate variability. Exercise and day factors had significant effects on heart rate variability measured by fuzzy measure entropy in healthy males in a hypoxic environment.
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