Key result
Occupational burnout was associated with more challenges in executive functions, higher average heart rates, and lower numbers of daily steps compared to subjects without burnout.
Why the study?
Burnout threatens brain health, but knowledge of its impact on cognition, physiology, and physical activity in daily life is needed to understand its health consequences.
Is occupational burnout associated with inefficient executive functioning, elevated average heart rate, and decreased physical activity in teaching professionals?
Observational (n=28)
Is occupational burnout associated with inefficient executive functioning, elevated average heart rate, and decreased physical activity in teaching professionals?
Occupational burnout is associated with compromised executive functions, altered cardiac physiology (higher HR, lower HRV), and reduced physical activity, suggesting wearable devices could help detect burnout biomarkers.
Answers are grounded in this paper and cite their sources.
May support wearable monitoring of burnout markers in educators; leaves open causality and prospective validation.
Burnout is becoming a global pandemic jeopardizing brain health, with a huge impact on quality of life, available workforce, and the economy. Knowledge of the impact of burnout on cognition, physiology, and physical activity (PA) in daily life allows for an improved understanding of the health consequences and everyday ramifications of burnout. Twenty-eight volunteers participated in a three-day recording of daily physiology and PA, including heart rate (HR) and daily steps, with a wearable device. They filled in questionnaires screening for burnout (BBI-15), depression (BDI), and executive functions (EFs) in daily life (BRIEF-A). The subjects with burnout had more challenges in EFs, higher average HRs and lower numbers of steps in daily life than those without it. The BBI-15 scores correlated positively with the BDI scores and BRIEF-A indices and negatively with the awake HR variability (HRV) and daily steps. The metacognition index correlated negatively with the HRV. In conclusion, burnout is linked with compromised EFs along with alterations in cardiac physiology and PA in daily life. Such alterations may be easily detected with wearable devices, opening possibilities for novel biomarkers of burnout and other neuropsychiatric disorders. We suggest that physical activity and heart and brain health are intimately intertwined and that burnout interacts with each of them bidirectionally.
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Pihlaja et al. (2022) conducted an observational in Occupational Burnout (n=28). Occupational burnout vs. No burnout was evaluated on Executive functions, average heart rate, and daily steps. Occupational burnout was associated with more challenges in executive functions, higher average heart rates, and lower numbers of daily steps compared to subjects without burnout.
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