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models to predict TCR-peptide/MHC (pMHC) interactions. Utilizing structural computational biology techniques to characterize and model TCR-pMHC interactions. Designing experiments to test and validate
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leveraging collaborations within the group and across Research & Development. Who You Are: PhD in Computational Biology, Computer Science, Applied Mathematics, or similar field Demonstrated record
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with the potential for real impact on patients Technical and scientific mentorship from computational and laboratory colleagues in the development and testing of biological hypotheses Present at external
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experimental colleagues while developing and testing biological hypotheses Present at international scientific conferences and publish models and insights in high-impact journals Who You Are: Ph.D. in
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2016) The Opportunity: Focused on developing novel in vitro disease models for understanding disease pathogenesis and/or test novel therapeutic hypotheses for in vitro and in vivo. This role will
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within the group and across Research & Development. Who You Are: PhD in Computational Biology, Computer Science, Applied Mathematics, or similar field Demonstrated record of innovative scientific
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streamline and accelerate the development of the projects. Share research through scientific publications, national and international conferences, and internal presentations. Who You Are: PhD graduate in
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applicant will have an opportunity to work closely with a diverse scientific team that includes microbiologists, immunologists, cell biologists and bioinformaticians. Who You Are: Recent PhD in the field
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colleagues in the development and testing of biological hypotheses Present at external scientific conferences and publish models and scientific insights in high-impact journals Who You Are: Ph.D. in
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. Experienced with human genetics analyses and interpretation (ex. GWAS, rare variant burden tests, eQTL, fine mapping, LD-score regression, etc). Experienced with single-cell omics data analysis (ex. single-cell