Brief report: perception and lateralization of spoken emotion by youths with high-functioning forms of autism.
Youth with high-functioning autism recognize spoken emotions and use the same brain side as peers, so check task type and age before calling it a deficit.
01Research in Context
What this study did
Researchers asked kids with high-functioning autism and typical peers to listen to happy, sad, angry, and neutral words through headphones. Words came in both ears at once, but each ear heard a different word. Kids pointed to the face that matched the emotion they heard.
The team also tracked which side of the brain each child used most. They wanted to know if autistic kids process spoken emotion the same way and with the same brain side as typical kids.
What they found
Both groups picked the right emotion face equally often. Autistic kids showed the same right-brain preference for spoken emotion that typical kids did. There was no gap in accuracy or brain side use.
How this fits with other research
Wang et al. (2015) found autistic kids were worse only at happy tone of voice, not other emotions. The new study adds that when words carry the emotion, not just tone, recognition stays intact.
Globerson et al. (2015) saw poorer prosody skills in autistic adults. The youth data here suggest the trouble may grow with age or stricter tasks, so watch for emerging gaps in teens.
Hua et al. (2024) meta-analysis shows lower brain activity during auditory tasks. The current study says behavior can still look typical, so brain scans and real-life performance do not always match.
Why it matters
Do not assume a child who misses social cues also misses spoken emotion. If he can label angry vs happy words, use that strength to teach subtler prosody skills later. Pair clear verbal labels with natural conversations to bridge any remaining gap.
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02At a glance
03Original abstract
The perception and the cerebral lateralization of spoken emotions were investigated in children and adolescents with high-functioning forms of autism (HFFA), and age-matched typically developing controls (TDC). A dichotic listening task using nonsense passages was used to investigate the recognition of four emotions: happiness, sadness, anger, and neutrality. The participants with HFFA did not differ significantly in overall performance from the TDC, suggesting that the pervasive difficulty in processing emotions is not uniformly present in emotions expressed verbally. Both groups demonstrated a left-ear effect for the perception of emotion in nonsense passages, consistent with overall right-hemisphere superiority for this function.
Journal of autism and developmental disorders, 2010 · doi:10.1007/s10803-009-0841-1