Cerebral moderation of cardiovascular functioning: A functional cerebral systems perspective

ObjectiveInterhemispheric and intrahemispheric balance models may be integrated to gain an increased understanding of how cerebral systems are involved in the regulation of heart rate and blood pressure. We sought to examine the relationship between left and right frontal and posterior activity and resting heart rate and blood pressure. Based on this integration, we predicted that lateral (left minus right hemisphere) and longitudinal (frontal minus posterior regions) asymmetry in cerebral activity would be related to resting measures of heart rate and blood pressure.MethodsResting heart rate, blood pressure, and EEG (low and high beta) were obtained in a sample of 42 men. Physiological measures were obtained during an eyes closed resting period.ResultsOur results provided partial support, finding significant correlations between resting heart rate and not only frontal lobe lateral asymmetry but also frontal–parietal asymmetry.ConclusionsThese results provide support for the relative differential associations of the left and right frontal and parietal lobes and cardiovascular activity.SignificancePrevious research has not examined cerebral control of cardiovascular functioning from a functional cerebral systems perspective. The results are discussed as they relate to research on aggression and hostility.