This study examines frontal alpha brain wave asymmetry (FAA) in relation to emotion processing. Previous research has shown that differences between left versus right FAA could exhibit a neurological marker for emotional intelligence (EI), mental health, and stress. Behavioral data were collected using Profile of Emotional Competence Questionnaire, Perceived Stress Questionnaire, Patient Health Questionnaire-9, and the Generalized Anxiety Disorder-7. This was followed by a series of resting EEG recordings. This study hypothesizes that participants who are mentally healthy, have higher EI scores and lower stress will display greater left FAA. The hypothesis is partially supported; participants with depression had greater right-sided FAA. It ...
The approach-withdrawal and valence-arousal models highlight that specific brain laterality profiles...
Frontal alpha asymmetry is often used as a metric to compare activation between homologous frontal b...
The approach-withdrawal and valence-arousal models highlight that specific brain laterality profiles...
Studies of regional hemispheric asymmetries point to relatively less activity in left frontal and ri...
Frontal EEG alpha band asymmetries have been linked to affective processing in healthy individuals a...
For decades, the frontal alpha asymmetry (FAA) – a disproportion in EEG alpha oscillations power bet...
Frontal asymmetry of EEG alpha power (FA) may index the risk for anxiety and depression. Evidence li...
Cognitive deficits in depression are mostly apparent in executive functions, especially when integra...
Several lines of evidence suggest that asymmetric anterior brain activation is related to affective ...
This study aimed at investigating the brain correlates of trait emotional intelligence. Trait emotio...
Item does not contain fulltextFrontal alpha asymmetry, a biomarker derived from electroencephalograp...
Neuromodulation techniques targeting limbic circuits can be used to treat refractory psychiatric or ...
Background: Frontal alpha asymmetry (FAA) has been widely investigated in depressive disorders (DDs)...
Emotions are processed asymmetrically by the human brain. Frontal alpha asymmetry (FAA) as measured ...
activation W EEG alpha power W Resting EEG W Temporal stability Several lines of evidence suggest th...
The approach-withdrawal and valence-arousal models highlight that specific brain laterality profiles...
Frontal alpha asymmetry is often used as a metric to compare activation between homologous frontal b...
The approach-withdrawal and valence-arousal models highlight that specific brain laterality profiles...
Studies of regional hemispheric asymmetries point to relatively less activity in left frontal and ri...
Frontal EEG alpha band asymmetries have been linked to affective processing in healthy individuals a...
For decades, the frontal alpha asymmetry (FAA) – a disproportion in EEG alpha oscillations power bet...
Frontal asymmetry of EEG alpha power (FA) may index the risk for anxiety and depression. Evidence li...
Cognitive deficits in depression are mostly apparent in executive functions, especially when integra...
Several lines of evidence suggest that asymmetric anterior brain activation is related to affective ...
This study aimed at investigating the brain correlates of trait emotional intelligence. Trait emotio...
Item does not contain fulltextFrontal alpha asymmetry, a biomarker derived from electroencephalograp...
Neuromodulation techniques targeting limbic circuits can be used to treat refractory psychiatric or ...
Background: Frontal alpha asymmetry (FAA) has been widely investigated in depressive disorders (DDs)...
Emotions are processed asymmetrically by the human brain. Frontal alpha asymmetry (FAA) as measured ...
activation W EEG alpha power W Resting EEG W Temporal stability Several lines of evidence suggest th...
The approach-withdrawal and valence-arousal models highlight that specific brain laterality profiles...
Frontal alpha asymmetry is often used as a metric to compare activation between homologous frontal b...
The approach-withdrawal and valence-arousal models highlight that specific brain laterality profiles...