Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.

The ability to recognize emotions contained in facial expressions are affected by both affective traits and states and varies widely between individuals. While affective traits are stable in time, affective states can be regulated more rapidly by environmental stimuli, such as music, that indirectly...

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Main Authors: Tiziana Quarto, Giuseppe Blasi, Karen Johanne Pallesen, Alessandro Bertolino, Elvira Brattico
Format: Article
Language:English
Published: Public Library of Science (PLoS) 2014-01-01
Series:PLoS ONE
Online Access:http://europepmc.org/articles/PMC4114563?pdf=render
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spelling doaj-d2e3d3738b484fffb44905f1608c598d2020-11-25T00:59:37ZengPublic Library of Science (PLoS)PLoS ONE1932-62032014-01-0197e10327810.1371/journal.pone.0103278Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.Tiziana QuartoGiuseppe BlasiKaren Johanne PallesenAlessandro BertolinoElvira BratticoThe ability to recognize emotions contained in facial expressions are affected by both affective traits and states and varies widely between individuals. While affective traits are stable in time, affective states can be regulated more rapidly by environmental stimuli, such as music, that indirectly modulate the brain state. Here, we tested whether a relaxing or irritating sound environment affects implicit processing of facial expressions. Moreover, we investigated whether and how individual traits of anxiety and emotional control interact with this process. 32 healthy subjects performed an implicit emotion processing task (presented to subjects as a gender discrimination task) while the sound environment was defined either by a) a therapeutic music sequence (MusiCure), b) a noise sequence or c) silence. Individual changes in mood were sampled before and after the task by a computerized questionnaire. Additionally, emotional control and trait anxiety were assessed in a separate session by paper and pencil questionnaires. Results showed a better mood after the MusiCure condition compared with the other experimental conditions and faster responses to happy faces during MusiCure compared with angry faces during Noise. Moreover, individuals with higher trait anxiety were faster in performing the implicit emotion processing task during MusiCure compared with Silence. These findings suggest that sound-induced affective states are associated with differential responses to angry and happy emotional faces at an implicit stage of processing, and that a relaxing sound environment facilitates the implicit emotional processing in anxious individuals.http://europepmc.org/articles/PMC4114563?pdf=render
collection DOAJ
language English
format Article
sources DOAJ
author Tiziana Quarto
Giuseppe Blasi
Karen Johanne Pallesen
Alessandro Bertolino
Elvira Brattico
spellingShingle Tiziana Quarto
Giuseppe Blasi
Karen Johanne Pallesen
Alessandro Bertolino
Elvira Brattico
Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
PLoS ONE
author_facet Tiziana Quarto
Giuseppe Blasi
Karen Johanne Pallesen
Alessandro Bertolino
Elvira Brattico
author_sort Tiziana Quarto
title Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
title_short Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
title_full Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
title_fullStr Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
title_full_unstemmed Implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
title_sort implicit processing of visual emotions is affected by sound-induced affective states and individual affective traits.
publisher Public Library of Science (PLoS)
series PLoS ONE
issn 1932-6203
publishDate 2014-01-01
description The ability to recognize emotions contained in facial expressions are affected by both affective traits and states and varies widely between individuals. While affective traits are stable in time, affective states can be regulated more rapidly by environmental stimuli, such as music, that indirectly modulate the brain state. Here, we tested whether a relaxing or irritating sound environment affects implicit processing of facial expressions. Moreover, we investigated whether and how individual traits of anxiety and emotional control interact with this process. 32 healthy subjects performed an implicit emotion processing task (presented to subjects as a gender discrimination task) while the sound environment was defined either by a) a therapeutic music sequence (MusiCure), b) a noise sequence or c) silence. Individual changes in mood were sampled before and after the task by a computerized questionnaire. Additionally, emotional control and trait anxiety were assessed in a separate session by paper and pencil questionnaires. Results showed a better mood after the MusiCure condition compared with the other experimental conditions and faster responses to happy faces during MusiCure compared with angry faces during Noise. Moreover, individuals with higher trait anxiety were faster in performing the implicit emotion processing task during MusiCure compared with Silence. These findings suggest that sound-induced affective states are associated with differential responses to angry and happy emotional faces at an implicit stage of processing, and that a relaxing sound environment facilitates the implicit emotional processing in anxious individuals.
url http://europepmc.org/articles/PMC4114563?pdf=render
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