Attentional control, attentional network functioning, and emotion regulation styles

Miquel Tortella-Feliu, Alfonso Morillas-Romero, Maria Balle, Xavier Bornas, Jordi Llabrés, Antonia P Pacheco-Unguetti

University Institute for Research on Health Sciences , University of the Balearic Islands

Cognition and Emotion (Impact Factor: 2.52). 12/2013; DOI:10.1080/02699931.2013.860889

ABSTRACT Attentional network functioning in emotionally neutral conditions and self-reported attentional control (AC) were analysed as predictors of the tendency to engage in dysfunctional emotion regulation strategies. Diminished attentional orienting predicted an increased tendency to engage in brooding rumination, and enhanced alertness predicted a greater chance of suppression, beyond trait anxiety and self-reported AC, which were not predictive of either rumination or suppression. This is the first study to show that some forms of dysfunctional emotion regulation are related to the attentional network functioning in emotionally neutral conditions. Results are discussed in relation to regulatory temperament and anxiety-related attentional biases literature.

Resting Parietal Electroencephalogram Asymmetries and Self-Reported Attentional Control

Morillas-Romero Alfonso
Tortella-Feliu Miquel
Bornas Xavier
Aguayo-Siquier Blanca

Research on electroencephalogram (EEG) asymmetries and anxiety proneness has recently spread to emotion regulation capabilities. We studied whether attentional control (AC), a temperamental construct related to emotional regulation, was associated with asymmetrical patterns of resting EEG activity at the frontal and parietal regions, reflected not only in the α frequency band (8-13 Hz) but also in higher bands β1 (13-20 Hz) and β2 (20-30 Hz). Self-reports of AC and trait anxiety, and resting EEG recordings, were obtained from 58 healthy participants. Correlational analysis showed that lower levels of self-reported AC were associated with less α, β1, and β2 powers in the left parietal cortex, while no significant relationships were found between the AC and EEG oscillations in the prefrontal cortex. The role of the left and right parietal lobes in the attentional processes is discussed.

Published online before print March 31, 2013, doi: 10.1177/1550059412465871
Clin EEG Neurosci July 2013 vol. 44 no. 3 188-192

Complexity of Everyday Life Heart Rate Dynamics and Attentional Control in Healthy Students

Xavier Bornas,Jordi Llabres, Alfonso Morillas-Romero, Blanca Aguayo-Siquier, Maria Balle, Miquel Tortella-Feliu
Nonlinear Dynamics, Psychology and Life Sciences, 3, 2013

Abstract: Effective regulation of emotions requires the ability to voluntarily manage attention, i.e. attentional control (AC), which has been related to heart rate variability and vagal tone in laboratory based research. In this study, we calculated the correlation dimension (CD), the fractal-like properties (scaling exponents ?1 and ?2, and fractal dimension) and the sample entropy of heart rate time series obtained from ECG recordings (4 hours long each) taken from a sample of healthy students (n=47) during everyday activities. AC was assessed through a self-reported questionnaire. As expected, a linear positive correlation was found between AC scores and CD and entropy, but no associations were found between AC and ?1 and fractal dimension. The association between AC and ?2 was negative and marginally significant. No associations were found between AC and linear heart rate variability measures. These results show that nonlinear measures of long, everyday life, heart rate time series may provide useful information about the AC ability of healthy students.

Keywords: attentional control, heart rate, electrocardiography, complexity


Resting parietal EEG asymmetry and cardiac vagal tone predict attentional control.

Maria Balle, Xavier Bornas, Miquel Tortella-Feliu, Jordi Llabrés, Alfonso Morillas, Blanca Aguayo, Joan Miquel Gelabert
Biological psychology (impact factor: 4.36). 02/2013; DOI:10.1016/j.biopsycho.2013.02.012

The present study explores both resting cortical EEG asymmetry and vagally-mediated heart rate variability (HRV), as an index for vagal tone, as physiological correlates of self-reported attentional control in a sample of 53 healthy young adults. Regression analyses indicate that higher vagally-mediated HRV and lower right-sided parietal activity in the β2 frequency range (20 to 30Hz) are significant predictors of larger attentional control. Results are in line with some of the basic features of the neurovisceral integration model and stress the role of parietal areas in attentional control capabilities, thus aiming to consider attentional control as a trait-like disposition.