The article, “Item-level genome-wide association study of the Alcohol Use Disorders Identification Test in three population-based cohorts”, has been accepted for publication in The American Journal of Psychiatry. Drs. Abraham Palmer and Sandra Sanchez Roige are co-authors on the paper.
The article, “Genetic and pharmacological manipulations of glyoxalase 1 mediate ethanol withdrawal seizure susceptibility in mice”, has been accepted for publication in Brain Sciences. Drs. Abraham Palmer and Amanda Barkley-Levenson are co-authors on the paper.
The article, “Sensitivity to food and cocaine cues are independent traits in a large sample of heterogeneous stock rats”, has been accepted for publication in Scientific Reports. Apurva Chitre and Drs. Oksana Polesskaya and Abraham Palmer are co-authors on the paper.
Dr. Amelie Baud, a former Palmer lab postdoc, will start a Research Group Leader position at the Centre for Genomic Regulation in Barcelona, Spain in September 2021. Her lab will work on indirect genetic effects (genetic effects arising from heritable traits of social partners, when those traits influence the phenotype of interest) and host-microbiome interactions. She will keep collaborating with Dr. Palmer and the NIDA P50 Consortium. Congratulations, Amelie!
Katarina Cohen joined the Palmer Lab in October 2020 as a laboratory assistant. She graduated from UC Berkeley with a Bachelor of Science in Chemical Biology. She is interested in the medicinal application of biochemistry and hopes to pursue research in the future. She enjoys drawing and watching Westerns. Welcome, Katarina!
The article, “Modeling epistasis in mice and yeast using the proportion of two or more distinct genetic backgrounds: evidence for ‘polygenic epistasis'”, has been accepted for publication in PLOS Genetics. Former Palmer lab member, Natalia Gonzales, and current lab member, Dr. Palmer, are co-authors on the paper. The full citation is as follows:
Rau CD, Gonzales NM, Bloom JS, Park D, Ayroles J, Palmer AA, Lusis AJ, Zaitlen N. Modeling epistasis in mice and yeast using the proportion of two or more distinct genetic backgrounds: evidence for “polygenic epistasis”. PLoS Genetics, in press.