Page |90 both the self-perspective and the other- level of empathic response, therefore, perspective were associated with seems to be influenced by motivational activation in the neural network involved factors as well as the interpersonal in pain processing. These results reveal relationship between the target and the the similarities in neural networks observer. Tepreseuiiny Asie ant third-person Altogether, these findings inttariablein. I nm addition, however, the demonstrate that the similarities between Sel ReISpeative yielded higher pam affective representations of the self and ratings atte inal more extensive the other stem from shared neural activation of some circuits in the pam circuits that can be emulated either Maus fan did the cillter-pempentine, automatically or intentionally by the act thus highlighting important differences . . . of perspective-taking. Importantly, these behwern Sell and ether perspectives. findings also point to some distinctions Neuroanatomical regions and between these two representations, circuits form the foundation for the distinctions that contribute to our experience of pain in others, but they are capacity to detach ourselves from others not sufficient to explain variability in sufficiently to make considered interpersonal sensitivity. Although responses to their pain. empathetic brain circuits are activated by Conclusion the mere perception of pain in others, activity in these circuits can be Empathy, the natural capacity to modulated by social, motivational, and share, appreciate, and respond to the cognitive factors. For example, affective states of others, plays a crucial observing pain in likable others (1.e., role in much of human social interaction those who played a game fairly) resulted from birth to the end of life. As would be in an enhancement of empathic brain expected if empathy functions to responses, whereas pain in dislikable enhance social cohesion, social non- others who played unfairly did not. human