Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states

<ul><li><strong>BACKGROUND</strong>: Studies have emphasized on the frontal EEG  symmetry as a mediator of emotional states. This research was aimed to examine the overall and asymmetric activities of the brain lobes under the affe...

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Main Authors: Shahrokh Makvand Hosseini, Siavash Talepasand, Iman Bigdeli
Format: Article
Language:English
Published: Wolters Kluwer Medknow Publications 2009-09-01
Series:Journal of Research in Medical Sciences
Subjects:
Online Access:http://journals.mui.ac.ir/jrms/article/view/2857
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spelling doaj-8f1809d390294f0da30bba9916918ffc2020-11-24T22:42:44ZengWolters Kluwer Medknow PublicationsJournal of Research in Medical Sciences1735-19951735-71362009-09-01145309311Brain activity and affect: overall and asymmetric activity of the brain lobes in affective statesShahrokh Makvand HosseiniSiavash TalepasandIman Bigdeli<ul><li><strong>BACKGROUND</strong>: Studies have emphasized on the frontal EEG  symmetry as a mediator of emotional states. This research was aimed to examine the overall and asymmetric activities of the brain lobes under the affective states.</li><li><strong>METHODS</strong>: A coupling EEG was recorded in an eye closed awakened condition from 40 right handed female students under the baseline and affective states.</li><li><strong>RESULTS</strong>: Bilaterally decreased activities in anterior and posterior regions and also a superimposed right asymmetry in posterior regions were revealed.</li><li><strong>CONCLUSIONS</strong>: Variability of frontal, temporal and parietal lobes together with a superimposed relative right posterior activity may mediate affective states.</li><li><strong>KEYWORDS</strong>: Brain Activity, Brain Lobes, Asymmetry, Affect.</li></ul> http://journals.mui.ac.ir/jrms/article/view/2857Brain Activity, Brain Lobes, Asymmetry, Affect.
collection DOAJ
language English
format Article
sources DOAJ
author Shahrokh Makvand Hosseini
Siavash Talepasand
Iman Bigdeli
spellingShingle Shahrokh Makvand Hosseini
Siavash Talepasand
Iman Bigdeli
Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
Journal of Research in Medical Sciences
Brain Activity, Brain Lobes, Asymmetry, Affect.
author_facet Shahrokh Makvand Hosseini
Siavash Talepasand
Iman Bigdeli
author_sort Shahrokh Makvand Hosseini
title Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
title_short Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
title_full Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
title_fullStr Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
title_full_unstemmed Brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
title_sort brain activity and affect: overall and asymmetric activity of the brain lobes in affective states
publisher Wolters Kluwer Medknow Publications
series Journal of Research in Medical Sciences
issn 1735-1995
1735-7136
publishDate 2009-09-01
description <ul><li><strong>BACKGROUND</strong>: Studies have emphasized on the frontal EEG  symmetry as a mediator of emotional states. This research was aimed to examine the overall and asymmetric activities of the brain lobes under the affective states.</li><li><strong>METHODS</strong>: A coupling EEG was recorded in an eye closed awakened condition from 40 right handed female students under the baseline and affective states.</li><li><strong>RESULTS</strong>: Bilaterally decreased activities in anterior and posterior regions and also a superimposed right asymmetry in posterior regions were revealed.</li><li><strong>CONCLUSIONS</strong>: Variability of frontal, temporal and parietal lobes together with a superimposed relative right posterior activity may mediate affective states.</li><li><strong>KEYWORDS</strong>: Brain Activity, Brain Lobes, Asymmetry, Affect.</li></ul>
topic Brain Activity, Brain Lobes, Asymmetry, Affect.
url http://journals.mui.ac.ir/jrms/article/view/2857
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