Key result
Psychological flexibility shows no association with cardiovascular stress reactivity or adaptation.
Why the study?
It remains unclear whether psychological flexibility is associated with physiological indicators of cardiovascular stress adaptation to repeated stress exposure.
Is psychological flexibility associated with cardiovascular stress-response adaptation to recurrent stress in young, healthy women?
Observational (n=140)
Is psychological flexibility associated with cardiovascular stress-response adaptation to recurrent stress in young, healthy women?
Psychological flexibility does not appear to modulate cardiovascular stress-response adaptation to recurrent laboratory stress in young, healthy women.
No association with cardiovascular stress responses; leaves open physiological mechanisms of resilience and does not support clinical changes.
Psychological flexibility is a dynamic psychological construct representing a dispositional pattern of adaptive responding to changing situational demands and is associated with positive psychological functioning and stress resilience. Despite its relevance to stress regulation, it remains unclear whether psychological flexibility is associated with physiological indicators of stress adaptation. The present study examined whether psychological flexibility was associated with cardiovascular responses to, and adaptation following, repeated stress exposure. A total of 140 female participants underwent continuous cardiovascular monitoring while engaging in successive rest and task periods. The paced auditory serial addition task (PASAT) was used as the stress-task, with participants required to complete the PASAT on two occasions within a single laboratory session. Psychological flexibility was assessed using the self-reported six-item Psy-Flex scale. Multilevel modelling was used to examine cardiovascular responses across the session and adaptation to repeated stress exposure, with psychological flexibility examined as a between-person moderator of cardiovascular trajectories. Heart rate (HR) and cardiac output (CO) showed significant reductions in reactivity from the first to the second task, indicative of habituation, whereas total peripheral resistance (TPR) increased across tasks. No evidence of habituation was observed for systolic (SBP) or diastolic blood pressure (DBP). Across all models, psychological flexibility was not significantly associated with baseline cardiovascular levels, stress reactivity, within-session change, or adaptation to repeated stress exposure. Psychological flexibility was not associated with altered patterns of cardiovascular stress-response adaptation in a laboratory test of this construct, in a sample of young, healthy women.
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Dempsey et al. (2026) conducted an observational in Healthy (n=140). Psychological flexibility was evaluated on Cardiovascular responses across the session and adaptation to repeated stress exposure. Psychological flexibility was not significantly associated with baseline cardiovascular levels, stress reactivity, within-session change, or adaptation to repeated stress exposure.
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