Social Regulation of Human Gene Expression


Steve Cole, Ph.D


April 19, 2012, 6:00 pm – 7:30 pm


Rosenwalk 11


CCSN-SM Social Regulation of Human Gene Expression

Submitting Unit:
Center for Cognitive and Social Neuroscience
Type of Event: Seminar
Date of Event: Thursday, April 19 2012
Start Time: 4:00 PM
End Time: 5:30 PM
Building: Rosenwald, Room 11

Name of Series, Lectureship, Ceremony:
CCSN Spring Speaker Series

Title of talk or presentation:
Social Regulation of Human Gene Expression

Speaker’s Name and Degrees:
Steve Cole, Ph.D.

Speaker’s Institutional Affiliation:
University of California - Los Angeles

Relationships between genes and social behavior have historically been viewed as a one-way street, with genes in control. Research in social genomics has begun to challenge this view by discovering broad alterations in the expression of genes across differing socio-environmental conditions. This talk will summarize the emerging field of social genomics and its efforts to identify the types of genes subject to social regulation, the psychological and biological signaling pathways mediating such effects, and the genetic polymorphisms that modify their impact across individuals. Humans appear to have evolved distinct gene regulation regimes to capitalize on the changing threats and affordances associated with sociality. Regardless of how well these adaptations may have served us during the Pleistocene, they now create a deep molecular connection between our personal environmental histories and the cellular and molecular processes that shape our future health and behavioral trajectories.

Webpage URL:

Contact Name:
Anna Gomberg

Contact Email:

Contact Phone:

Latest News

Start-up founded by IGSB faculty wins $250,000 Polsky Center award

BiomeSense, a startup developing biosensors that can detect particular kinds of bacteria in patients’ feces that could help improve the efficacy of clinical trials, won the University of Chicago’s Innovation Fund finals and an investment of up to $250,000 from the college.

Massive data analysis shows what drives the spread of flu in the US

Models built with data from health claims, weather, geography and Twitter predict how the flu spreads from the south and southeastern coast

Subscribe to RSS Feed