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Biology, Systems biology, Bioengineering or related field. Expertise in single-cell omics data and/or high-content imaging data analysis (with an emphasis on perturbation datasets) Experienced in
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opportunities for repurposing, and/or reveal safety liabilities? How can we leverage the combination of human genetics and single-cell genomics to understand the biology underlying disease risk and progression
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, oncologists, and bioinformaticians. The Opportunity: Lead projects that advance our understanding of the cellular and molecular mechanisms of T cell biology in inflammation and autoimmunity, with a main
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to tackle challenging problems in immunological signaling using a combination of biochemistry and/or structural biology. Highly motivated and capable of independent work in a collaborative environment
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of the projects. Qualifications: Candidates must have a PhD graduate in molecular, cellular, or cancer biology, or a related biological or biomedical science. Have solid technical skills. Experience with mammalian
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genetics (and genomics) can provide the evidence that drives the precision medicine of the future. Requirements: Ph.D. in Computational Biology, Bioinformatics, Human Genetics or related field Strong