Key result
Cognitive and emotional tasks elicited distinct hemodynamic reactivity profiles, with maximum HR-BP cross-correlations being significantly more positive during mathematical tasks than rumination.
Why the study?
This study analyzed individual differences in hemodynamic time patterns and reactivity to cognitive and emotional tasks to explore psycho-physiological profiles for personalized disease prediction.
Do heart rate-blood pressure cross-correlation patterns differ between cognitive and emotional tasks within individuals?
Population
45 participants
Comparison
Logical-mathematical task vs negative emotion recall task
Design
Laboratory-based physiological study
Authors
Loading...
Distinct HR-BP coupling by task type signals situational autonomic variability; leaves open prospective links to cardiovascular outcomes.
Cross-Sectional (n=45)
Do heart rate-blood pressure cross-correlation patterns differ between cognitive and emotional tasks within individuals?
Hemodynamic reactivity patterns show significant individual and situational variability between cognitive and emotional tasks, highlighting distinct autonomic coordination strategies.
Solinís et al. (2022) reported a cross-sectional. Cognitive and emotional tasks vs. Rumination task vs logical-mathematical task was evaluated on Heart rate (HR)-blood pressure (BP) relationship patterns across time using cross-correlations (CCs). Cognitive and emotional tasks elicited distinct hemodynamic reactivity profiles, with maximum HR-BP cross-correlations being significantly more positive during mathematical tasks than rumination.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: