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biology lab that is focused on utilizing genetic approaches to understand and exploit resistance mechanisms to DNA damage. Our research program has a particular interest in studying the interplay between
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, genetic and neuroimaging data to identify new biological mechanisms and develop precision medicine tools for these conditions. We have a track record of training outstanding postdocs who go on to successful
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year at Yale in dual affiliation with the Yale Child Study Center and the Yale Center for Brain and Mind Health (CBMH). Originally rooted in clinical psychological science, the Cha Lab strives to embody
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disease, and identify causal genes and variants using xQTL analysis and integrating our data sets from hundreds of brains (sn-RNAseq, sn-ATAC-seq, sn-long-read PacBio RNAseq, high-resolution spatial
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have a strong research track record and must hold a Ph.D. and/or M.D. degree. A background in nucleic acid biochemistry, bioinformatics, and/or data science is advantageous, but we welcome talented
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for hearing loss in mouse models. Experiences on molecular & cellular biology, biochemistry, or AD research are preferred. Preferred qualifications also include but not limit mobility and ability to work
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; school and participant recruitment, data collection, and analysis; and preparation of research articles and academic presentations. The position will include regular travel within the US to school sites
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, including supporting clinical trials operations, analyzing data, and supporting and leading empirical manuscripts regarding LGBTQ mental health. The Yale LGBTQ Mental Health Initiative is currently conducting
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, microvascular function, cognition, or COVID-19. Candidates with advanced quantitative data analytic skills, including computational modeling, are particularly encouraged to apply. Familiarity with medical
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residency. Please send application (including CV and contact information for at least three references) by email to Prof. Joel Gelernter at joel.gelernter@yale.edu. More information about our work is