Abstract

Empathy describes the ability to understand another person’s feelings. Psychopathy is a disorder that is characterized by a lack of empathy. Therefore, empathy and psychopathy are interesting traits to investigate with respect to experiencing and observing pain. The present study aimed to investigate pain empathy and pain sensitivity by measuring event-related potentials (ERPs) extracted from the ongoing EEG in an interactive setup. Each participant fulfilled subsequently the role of “villain” and “victim”. In addition, mode of control was modulated resulting in four different conditions; passive villain, active villain, active victim and passive victim. Response-, visual- and pain ERPs were compared between the four conditions. Furthermore, the role of psychopathic traits in these outcomes was investigated. Our findings suggested that people experience more conflict when hurting someone else than hurting themselves. Furthermore, our results indicated that self-controlled pain was experienced as more painful than uncontrolled pain. People that scored high on psychopathic traits seemed to process and experience pain differently. According to the results of the current study, social context, attention and personality traits seem to modulate pain processing and the empathic response to pain in self and others. The within-subject experimental design described here provides an excellent approach to further unravel the influence of social context and personality traits on social cognition.

Highlights

  • Pain and EmpathyFrom an evolutionary point of view, pain signals actual or potential injury or damage to bodily parts and is thereby a protective mechanism

  • A significant main effect for role was found where the error-related negativity (ERN) was more negative for the villain than the victim (F(1,54) = 6.15; p = 0.016; partial eta2 = 0.102; Figure 3: Response event-related potentials (ERPs))

  • The ERN was maximal at the Fz electrode, the magnitude of the ERN difference at Fz was used to calculate the correlations with psychopathic traits

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Summary

Introduction

Pain and EmpathyFrom an evolutionary point of view, pain signals actual or potential injury or damage to bodily parts and is thereby a protective mechanism. Evidence from neuroimaging research suggests that experienced pain and observed pain in others elicit similar activation patterns in brain areas involved in the processing of both affective (e.g., the anterior insula and the medial/anterior cingulate cortex (ACC; Decety, 2010)) and sensory (e.g., the primary somatosensory cortex and parietal operculum (Bufalari et al, 2007)) information. These findings support the theory that describes a shared neural network for one’s own and others’ emotional and sensory experience

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