What does meeting an old friend, playing with your child and hugging your dog all have in common? Social interaction. A specific brain circuit is working hard behind the scenes to create and reinforce such interactions. Psychology professor Stephanie Preston evaluates research conducted by Stanford University professor Robert Malenka and his colleagues. It studies mice to understand the brain mechanisms involved in social behavior. The findings suggest that the neuropeptide oxytocin modulates excitability and the release of the neurotransmitter dopamine. getAbstract recommends Preston’s analysis to those who are interested in social interaction and its relation to neuroscience.
In this summary, you will learn
- What role oxytocin plays in social behavior;
- How researchers use animal models to understand social behavior; and
- How the brain mechanisms underlying social interactions relate in both animals and humans.
About the Author
Stephanie D. Preston is an Associate Professor of Psychology at the University of Michigan. She uses an interdisciplinary approach to study the decision-making behind food-gathering behavior.