Why the study?
Trait mindfulness has been linked to well-being, but the relationship between intentional attention and awareness, measured by the MAAS, and cardiovascular reactivity to distinct laboratory stressors was unclear.
Is trait mindfulness (measured by MAAS) associated with cardiovascular reactivity to laboratory stressors in undergraduate students?
Is trait mindfulness (measured by MAAS) associated with cardiovascular reactivity to laboratory stressors in undergraduate students?
Higher levels of intentional attention and awareness (trait mindfulness) may promote parasympathetic withdrawal during laboratory stressors, resulting in lower high-frequency heart rate variability.
Higher trait mindfulness linked to lower HF-HRV in stressed students; hypothesis-generating and should not yet inform practice or trials.
Trait mindfulness has been associated with well-being. A key component of trait mindfulness is intentional attention and awareness which is most commonly measured by the Mindful Attention and Awareness Scale (MAAS). This study investigated the relationship between the MAAS and cardiovascular (HF-HRV, heart rate) reactivity to two laboratory stressors that evoked different patterns of change in heart rate (HR). One stressor (viewing a video of a surgery) evoked HR deceleration while the other stressor (mental arithmetic) evoked HR acceleration. Undergraduate students completed the MAAS and were then exposed to the two stressors while ECG (electrocardiography) was recorded. Findings support the reliability of the stressors to induce expected differential cardiovascular responses and explicate the role of parasympathetic activation. Further, a main effect for MAAS was observed indicating that across laboratory conditions, persons scoring higher on the MAAS had lower HF-HRV relative to persons scoring lower on the MAAS. These findings suggest that higher levels of intentional attention and awareness in a laboratory context might promote parasympathetic withdrawal because these participants were more vigilant, experienced higher cognitive load, and detected more threat cues. Implications for the MAAS and cardiovascular responses to stress are discussed.
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Watford et al. (2019) studied this question.
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