Key result
Average cognitive flexibility is linked to distinct autonomic HRV responses during emotional stimulation versus extremes.
Why the study?
Prior research shows inconsistent findings on the link between cognitive and affective flexibility, especially regarding physiological and self-reported measures.
Does exposure to transitioning affective visual stimuli alter heart rate variability differently in adults with average versus extreme cognitive flexibility?
Cross-Sectional (n=44)
No
Does exposure to transitioning affective visual stimuli alter heart rate variability differently in adults with average versus extreme cognitive flexibility?
Individuals with moderate cognitive flexibility exhibit distinct and adaptive autonomic physiological regulation (heart rate variability) in response to emotional stimuli, whereas those with extreme high or low flexibility show similar, less adaptive reactivity.
Moderate flexibility links to distinct HRV responses; hypothesis-generating and should not yet change practice or guide interventions.
This study examines the relationship between cognitive and affective flexibility, two critical aspects of adaptability. Cognitive flexibility involves switching between activities as rules change, assessed through task-switching or neuropsychological tests and questionnaires. Affective flexibility, meanwhile, refers to shifting between emotional and non-emotional tasks or states. Although similar conceptually, prior research shows inconsistent findings on their link, especially regarding physiological and self-reported measures. Affective flexibility was operationalized as changes in heart rate variability (HRV) in response to transitioning affective stimuli, while cognitive flexibility was assessed using self-report questionnaires that captured individuals’ perceived adaptability. The findings revealed that individuals with extremely high or low cognitive flexibility displayed similar HRV patterns in response to emotional stimuli, while those with medium levels of cognitive flexibility showed distinct responses. The Extreme group exhibited higher baseline autonomic activation that decreased after exposure, whereas the Average group’s moderate baseline activation increased post-stimuli. This interaction was mainly seen in long-term HRV indexes, while short-term indexes showed a uniform response across groups, suggesting that differences in flexibility were probably not discernible via state features but rather as traits and long-term attributes. The findings suggest that cognitive and affective flexibility exist on a continuum; extremely high and low cognitive flexibility is linked to intense affective responses, while moderate cognitive flexibility corresponds to balanced physiological regulation, supporting the notion that “in medio stat virtus” (virtue lies in moderation).
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Borghesi et al. (2024) conducted a cross-sectional in Healthy adults (n=44). Affective storm (emotional picture viewing) grouped by cognitive flexibility level vs. Extreme vs Average cognitive flexibility groups was evaluated on Change in low-frequency/high-frequency (LF/HF) ratio of heart rate variability before and after affective stimulation (p=0.032). Individuals with extremely high or low cognitive flexibility displayed similar HRV patterns, whereas those with average flexibility showed distinct, moderate autonomic responses to emotional stimuli.
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