Neural and biological correlates of social behavior




Neural correlatesedit

With the advent of the field social cognitive neuroscience came interest in studying social behavior's correlates within the brain, to see what is happening beneath the surface as organisms act in a social manner. Although there is debate on which particular regions of the brain are responsible for social behavior, some have claimed that the paracingulate cortex is activated when one person is thinking about the motives or aims of another, a means of understanding the social world and behaving accordingly. The medial prefrontal lobe has also been seen to have activation during social cognition Research has discovered through studies on rhesus monkeys that the amygdala, a region known for expressing fear, was activated specifically when the monkeys were faced with a social situation they had never been in before. This region of the brain was shown to be sensitive to the fear that comes with a novel social situation, inhibiting social interaction.

Another form of studying the brain regions that may be responsible for social behavior has been through looking at patients with brain injuries who have an impairment in social behavior. Lesions in the prefrontal cortex that occurred in adulthood can effect the functioning of social behavior. When these lesions or a dysfunction in the prefrontal cortex occur in infancy/early on in life, the development of proper moral and social behavior is effected and thus atypical.

Biological correlatesedit

Along with neural correlates, research has investigated what happens within the body (and potentially modulates) social behavior. Vasopressin is a posterior pituitary hormone that is seen to potentially play a role in affiliation for young rats. Along with young rats, vasopressin has also been associated with paternal behavior in prairie voles. Efforts have been made to connect animal research to humans, and found that vasopressin may play a role in the social responses of males in human research.

Oxytocin has also been seen to be correlated with positive social behavior, and elevated levels have been shown to potentially help improve social behavior that may have been suppressed due to stress. Thus, targeting levels of oxytocin may play a role in interventions of disorders that deal with atypical social behavior.

Along with vasopressin, serotonin has also been inspected in relation to social behavior in humans. It was found to be associated with human feelings of social connection, and we see a drop in serotonin when one is socially isolated or has feelings of social isolation. Serotonin has also been associated with social confidence.

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