Imitation encourages empathic capacity toward other individuals with physical disabilities

Watanabe, R.; Kim, Y.; Kuruma, H.; Takahashi, H.; Watanabe, R; Kim, Y; Kuruma, H; Takahashi, H

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Imitation encourages empathic capacity toward other individuals with physical disabilities

Watanabe, R.; Kim, Y.; Kuruma, H.; Takahashi, H.

Neuroimage 264: 119710

2022

ISSN/ISBN: 1095-9572

PMID: 36283544

Accession: 080604460

Article/Abstract emailed within 1 workday

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Summary

Many people have difficulty empathizing with others who have dissimilar characteristics, such as physical disabilities. We hypothesized that people with no disabilities imitating the movements of individuals with disabilities could improve the empathic capacity toward their difficulties. To evaluate this hypothesis, we used functional magnetic resonance imaging to measure the neural activity patterns of 26 healthy participants while they felt the difficulties of individuals with hemiplegia by adopting their perspective. The participants initially either imitated or observed hemiplegic hand movements shown in video clips. Subsequently, the videos were rewatched and their difficulties were rated. Analysis of the subjective rating scores indicated that after imitating the hemiplegic movements, the participants felt into the difficulties of hemiplegia better than if they simply observed them. The cross-validation approach of multivoxel pattern analyses demonstrated that the information regarding the effect of imitation on empathizing with the difficulties was represented in specific activation patterns of brain regions involved in the mirror neuron system and cognitive empathy by comparing to other conditions that did not contain the information. The cross-classification approach detected distinct activation patterns in the brain regions involved in affective and cognitive empathy, commonly while imitating the hemiplegic movements and subsequently feeling them. This indicated that the common representation related to these two types of empathy existed between imitating and feeling the hemiplegic movements. Furthermore, representational similarity analysis revealed that activity patterns in the anterior cingulate cortex linked to affective empathy tuned to the subjective assessment of hemiplegic movements. Our findings indicate that imitating the movements of individuals with hemiplegia triggered the affective empathic response and improved the cognitive empathic response toward them. The affective empathic response also linked the subjective assessment to the difficulties of hemiplegia, which was especially modulated by the experience of imitation. Imitating the movements of individuals with disabilities likely encourages empathic capacity from both affective and cognitive aspects, resulting in people with no disabilities precisely feeling what they are feeling.

Imitation encourages empathic capacity toward other individuals with physical disabilities

Watanabe, R.; Kim, Y.; Kuruma, H.; Takahashi, H.

Neuroimage 264: 119710

2022

Article/Abstract emailed within 1 workday

Summary

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