Sean P. Farris

This study shows disrupting astrocyte molecular rhythms in the nucleus accumbens increases binge-like drinking in mice without affecting other behaviors.

This study shows that preconception ethanol exposure affects offspring transcriptomes differently based on parent, sex, and tissue, indicating metabolic and immune issues.

This study shows that deleting Malat1 reduces alcohol consumption in female mice but not males, suggesting a sex-specific role in alcohol use disorder.

The paper identifies myelin-associated gene expression and Ndrg1 as factors influencing initial alcohol sensitivity and consumption in prefrontal cortex.

This study shows that synaptogyrin-3 reduces cocaine self-administration and prevents dopamine deficits by enhancing dopamine signaling and cognitive flexibility in rats.

The paper uses automated sipper devices to analyze ethanol consumption patterns in mice, revealing age and sex differences in drinking behavior and circadian rhythms.

The paper identifies functional variants in human brains with alcohol use disorders by combining allele-specific expression analysis with high-throughput reporter assays.

The paper identifies 129 differentially expressed genes in the PFC of alcoholics and links them to pathways and modules associated with alcohol dependence and consumption.