The Association of Cognitive Function with Autonomic-Cardiovascular Reactivity to and Recovery From Stress
type: CreativeWork
description: The contribution of stress in the development of chronic and terminal disease has garnered significant interest in contemporary research. The current study aims to look at how performance in domains of cognitive function may affect autonomic-cardiovascular reactivity and recovery to psychologically stressful tasks as such reactions, over time, may contribute to the development of cardiovascular disease. The current study analyzed data from 209 healthy middle-age adults. This included four neuropsychological tests utilized here to represent abilities in four different cognitive domains: response inhibition, mental flexibility, verbal memory, and nonverbal memory. The participants were also introduced to three psychologically stressful tasks while blood pressure, heart rate, and spectral components of heart rate variability measurements were taken during the tasks and the post-task recovery period. Results showed no significant relationship between blood pressure reactivity or recovery and cognitive function. No significant relationship was found between heart rate variability reactivity and cognitive function. Results showed no significant relationship between blood pressure reactivity or recovery and cognitive function. No significant relationship was found between heart rate variability reactivity and cognitive function. However, superior performance in response inhibition was significantly positively associated with both LF-HRV (p = .04) and HF-HRV (p = .02) in the immediate recovery phase and HF-HRV (p = .02) in the delayed recovery phase. Such findings suggest that greater response inhibition abilities may contribute to greater vagally induced recovery from stressful tasks. Such a response can be considered healthy and likely acts as a protective factor against the development of cardiovascular disease.
abstract: The contribution of stress in the development of chronic and terminal disease has garnered significant interest in contemporary research. The current study aims to look at how performance in domains of cognitive function may affect autonomic-cardiovascular reactivity and recovery to psychologically stressful tasks as such reactions, over time, may contribute to the development of cardiovascular disease. The current study analyzed data from 209 healthy middle-age adults. This included four neuropsychological tests utilized here to represent abilities in four different cognitive domains: response inhibition, mental flexibility, verbal memory, and nonverbal memory. The participants were also introduced to three psychologically stressful tasks while blood pressure, heart rate, and spectral components of heart rate variability measurements were taken during the tasks and the post-task recovery period. Results showed no significant relationship between blood pressure reactivity or recovery and cognitive function. No significant relationship was found between heart rate variability reactivity and cognitive function. Results showed no significant relationship between blood pressure reactivity or recovery and cognitive function. No significant relationship was found between heart rate variability reactivity and cognitive function. However, superior performance in response inhibition was significantly positively associated with both LF-HRV (p = .04) and HF-HRV (p = .02) in the immediate recovery phase and HF-HRV (p = .02) in the delayed recovery phase. Such findings suggest that greater response inhibition abilities may contribute to greater vagally induced recovery from stressful tasks. Such a response can be considered healthy and likely acts as a protective factor against the development of cardiovascular disease.
author: Mehta, Sanjay
keywords: Cardiovascular reactivity, Cardiovascular recovery, Cognitive function, Stress, Biological Psychology, Clinical Psychology
date published: 2012-04-01T07:00:00Z
date modified: 2026-07-24T03:34:31Z
provider: Old Dominion University
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Old Dominion University