Presented By: Department of Psychology
The social genome and primate evolution
Jenny Tung, Departments of Evolutionary Anthropology & Biology, Duke University
The Evolution and Human Adaptation Program (EHAP) at the University of Michigan is proud to present our fall 2021 speaker series:
Abstract:
Like other traits, social behavior is partially shaped by genes. Unlike many other types of traits, social behavior can have powerful reciprocal effects on the genome. In this talk, I will discuss the intimate ties between genes and social behavior using examples from my lab’s research on wild and captive primates. Our work on social regulation of the genome highlights how genomic approaches contribute to understanding the links between social interactions, health, and fitness, including the distinct pathways that respond to competitive versus affiliative social relationships. Meanwhile, our work on hybridization in wild baboons illustrates the value of behavioral data for interpreting patterns embedded in the genome. Integrating genomic and behavioral data can therefore unify organismal perspectives on life history and evolution with molecular approaches that provide insight unattainable via observational methods.
*Note: This talk will be available via Zoom livestream and also in person.
Abstract:
Like other traits, social behavior is partially shaped by genes. Unlike many other types of traits, social behavior can have powerful reciprocal effects on the genome. In this talk, I will discuss the intimate ties between genes and social behavior using examples from my lab’s research on wild and captive primates. Our work on social regulation of the genome highlights how genomic approaches contribute to understanding the links between social interactions, health, and fitness, including the distinct pathways that respond to competitive versus affiliative social relationships. Meanwhile, our work on hybridization in wild baboons illustrates the value of behavioral data for interpreting patterns embedded in the genome. Integrating genomic and behavioral data can therefore unify organismal perspectives on life history and evolution with molecular approaches that provide insight unattainable via observational methods.
*Note: This talk will be available via Zoom livestream and also in person.
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