2020
DOI: 10.1007/s00221-020-05789-9
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Enhanced tactile identification of musical emotion in the deaf

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Cited by 12 publications
(13 citation statements)
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References 75 publications
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“…Esses autores reforçam as evidências de haver plasticidade compensatória em indivíduos surdos e asseveram que os estímulos visuais e vibrotáteis podem ser processados nos centros auditivos do cérebro. Sharp, Bacon, & Champoux (2020) corroboram o fato de que a plasticidade cerebral após a surdez pode levar a uma habilidade tátil complexa melhorada.…”
Section: Discussionunclassified
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“…Esses autores reforçam as evidências de haver plasticidade compensatória em indivíduos surdos e asseveram que os estímulos visuais e vibrotáteis podem ser processados nos centros auditivos do cérebro. Sharp, Bacon, & Champoux (2020) corroboram o fato de que a plasticidade cerebral após a surdez pode levar a uma habilidade tátil complexa melhorada.…”
Section: Discussionunclassified
“…Quanto às Tecnologias Assistivas vibrotáteis e sua relação com os fatores emocionais, Sharp, Bacon & Champoux (2020) se propuseram a investigar a identificação tátil da emoção musical em surdos. Para tanto, compararam participantes surdos e ouvintes com privação da audição quanto à identificação de três das quatro emoções testadas: tristeza; medo; tranquilidade; felicidade.…”
Section: Discussionunclassified
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“…Processing tactile stimuli has been found to activate the primary hearing cortex (Auer et al, 2007;Levänen et al, 1998) and somatosensory cortex (Güdücü et al 2019) in deaf individuals. The superiority of deaf individuals over hearing controls has been revealed in complex tasks such as identifying emotions expressed with vibrotactile stimuli (Sharp et al, 2020) followed by stronger neural responses to a tactile stimulus (Güdücü et al 2019).…”
Section: Introductionmentioning
confidence: 99%
“…To date, the role of intact senses in shaping mating preferences in deaf individuals remains unexplored. Based on evidence regarding the superiority of deaf individuals in socially relevant tasks involving the processing of visual and vibrotactile stimuli, such as detection of subtle changes in facial expression (McCullough & Emmorey, 1997), visual attention (Sladen et al, 2005), shorter reaction times to visual stimuli (Bottari et al, 2010;Heimler & Pavani, 2014;Hong Lore & Song, 1991;Reynolds, 1993), and identification of emotion from vibrotactile stimulation with music (Sharp et al, 2020), we expected to observe increased importance of visual and tactile stimuli in assessing the attractiveness of other people as a consequence of increased visual, and tactile performance. On the contrary, based on previous evidence indicating a lack of sensory compensation in the chemosensory domain, we did not expect to observe increased importance attributed by deaf individuals to olfactory cues in the mating context.…”
Section: Introductionmentioning
confidence: 99%