Preserved Self-other Distinction During Empathy in Autism is Linked to Network Integrity of Right Supramarginal Gyrus.
Empathy-related self-other processing and its brain network appear intact in autism even while theory-of-mind struggles remain.
01Research in Context
What this study did
Hoffmann et al. (2016) looked at how adults with autism feel and separate their own emotions from other people's emotions. They used brain scans to check if the right supramarginal gyrus, a spot that helps tell self from other, was wired normally.
Participants watched emotional scenes while the team tracked their empathy and brain activity. The goal was to see if this self-other skill is broken in autism or if it stays intact.
What they found
The adults with autism showed normal 'emotional egocentricity'—they could keep their feelings separate from others' feelings. Their right supramarginal gyrus looked just as connected as in typical adults.
Even though these same people often struggle with theory-of-mind tasks, the basic wiring for empathy-based self-other distinction was spared.
How this fits with other research
Schulte-Rüther et al. (2017) saw the same 'intact automatic' pattern: kids with autism copied facial expressions on reflex just like peers, but the mimicry did not feed into empathy. Together the papers show early motor and late empathy circuits can be normal while social use stays weak.
Thaler et al. (2018) seems to disagree—adults with autism rated other people's pain lower than their own, a clear self-other gap. The difference is domain: Ferdinand tested general emotional empathy, Hanna tested pain intensity judgments. Pain may need extra mentalizing steps that general empathy does not.
Lancioni et al. (2009) and Lancioni et al. (2009) (delayed self-recognition) already hinted at this pattern: self-awareness and source memory can look fine in autism even when theory-of-mind fails. Ferdinand's empathy result fits that early picture and moves it into the emotional domain.
Why it matters
If the self-other 'wiring' is intact, you can build interventions that tap this preserved skill. Try role-play or video modeling where clients label their own feelings first, then practice spotting the same feeling in others. The spared brain circuit gives you a working bridge; you just need to teach when and how to use it.
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02At a glance
03Original abstract
Autism spectrum disorder (ASD) shows deficits in self-other distinction during theory of mind (ToM). Here we investigated whether ASD patients also show difficulties in self-other distinction during empathy and if potential deficits are linked to dysfunctional resting-state connectivity patterns. In a first study, ASD patients and controls performed an emotional egocentricity paradigm and a ToMtask. In the second study, resting-state connectivity of right temporo-parietal junction and right supramarginal gyrus(rSMG) were analysed using a large-scale fMRI data set. ASD patients exhibited deficient ToM but normal emotional egocentricity, which was paralleled by reduced connectivity of regions of the ToM network and unimpaired rSMG network connectivity. These results suggest spared self-other distinction during empathy and an intact rSMG network in ASD.
Journal of autism and developmental disorders, 2016 · doi:10.1007/s10803-015-2609-0