Gita Pathak, PhD

Dr.Pathak is a postdoctoral associate in Dr. Renato Polimanti’s group working with psychiatric genetics. She recently received K99/R00, Alzheimer's Association Research Fellowship, and the ADRC scholar award to focus on her long-term research focus of genetics underlying Alzheimer's disease and psychiatric traits. In her postdoctoral work, she focused on system genetics of polysubstance abuse, cardiac amyloidosis, and mood disorders. She is the lead analyst for the investigation on Genomics of Gulf War Illness (GWI) under the Million Veteran Program (MVP), which houses genotype and clinical data on more than 650,000 veterans. Recently, Dr.Pathak developed a high resolution multi-ethnic genome reference panel for the diverse MVP cohort to improve genetic ancestry identification of ethnic minorities. She is also one of the leading analysts for the Psychiatric Genomic Consortium – Major Depression Working Group wherein she integrated three-dimensional chromatin conformation to prioritize genetic variants associated with depression in 3.5 million individuals. She initiated and performed analyses for the multi-institutional collaborative project with COVID-19 Host Genetics Initiative (HGI) to study regulatory effects of COVID-19 risk loci (Nature Communications). Within HGI, she performed phenome-wide association study for the variants identified in their data freeze 5 and led a team of four scientists. She is the first author for the data freeze 6 manuscript which identified ACE2 locus (Nature). So far in her postdoctoral training, she has published seven papers as first author, and 32 papers as co-author. She is also leading projects on intersection between aging and neuropsychiatric traits such as telomere and brain transcriptomics. Her skills involve Bayesian statistics, GWAS, epigenomics, fine-mapping, functional annotation, transcriptomics and admixture mapping.

She joined Yale after completing her doctoral studies at University of North Texas Health Science Center, Fort Worth, Texas. Her graduate work on understanding disrupted genetic variants underlying health effects earned her numerous awards as a graduate student. She was selected as a pre-doctoral fellow for the NIH-T32 Neurobiology of Aging (2017-18), Health Science Innovation Award at Annual NBA Symposium (2018), Texas Higher Education Grant and was a pre-finalist for the MiHero predoctoral fellowship and Outstanding Graduate Student in Genetics (2018-19). She received full scholarship to attend the 23rd Statistical Genetics Summer Institute at University of Washington, Seattle.

She was the communications coordinator for the Yale Postdoctoral Association. She also mentored through the Women in Science at Yale initiative.