Investigating Shared Additive Genetic Variation for Alcohol Dependence

About this webinar

Recorded On: Wednesday, August 10, 2016

Molecular genetic research has supported the use of a multivariate phenotype representing alcohol dependence in studies of genetic association. One recent study found that additive genetic effects on Diagnostic and Statistical Manual of Mental Disorder version four (DSM-IV) alcohol dependence criteria overlap, describing a common pathway model that consists of a single latent variable representing alcohol dependence (Palmer et al. 2015). Common single nucleotide polymorphisms (SNPs) explained 31% of variance in this latent factor. However, these findings were conducted using a sample of European Americans and minimal research exists to provide insight into whether this finding is consistent in a population of African descent. Using a large sample of individuals from European and African ancestry, we investigated the extent to which additive genetic variance tagged by common SNPs explain variation in alcohol dependence and whether these markers are shared across the two populations.

Dr. Rohan Palmer is an Assistant Professor in the Department of Psychiatry and Human Behavior in the Alpert Medical School at Brown University. He completed his PhD in Behavioral Genetics at the University of Colorado at Boulder in 2010. In 2012, he completed a postdoctoral fellowship under Dr. Valerie Knopik in antecedents of addiction and psychiatric genetics at Rhode Island Hospital. Dr. Palmer joined the Department of Psychiatry and Human Behavior's faculty in 2012. In September of 2016, Dr. Palmer will accept a new position at Emory University in Georgia.

Watch on demand

Please enjoy this webcast recording. Should you have any questions about the content covered, please reach out to our team here.

Download the slide deck

To download a copy of the slides, visit our SlideShare page. From there, you can browse through our presentations and either clip your favorite slides or download the entire deck directly to your computer.

Love this webcast? Check out more!

Find out how Golden Helix software enables users to harness the full potential of genomics to identify the cause of disease, improve the efficacy and safety of drugs, develop genomic diagnostics, and advance the quest for personalized medicine.