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interdisciplinary training in immunology, proteomics, molecular biology and translational regulatory science, including: Understanding HLA-associated antigen processing and presentation in the context of therapeutic
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and epigenetic variation from sequencing datasets in livestock species. Design and implement statistical methods for QTL mapping and association studies, and interpret their results in the context
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and gene therapies. Research Project: You will join a research program that: (i) Investigates the mechanism(s) of coagulation in the context of drugs used to treat bleeding disorders. (ii) Develops
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interpretation. Build competence in translating analytical tools into decision-making contexts, such that agency decision makers can understand, apply, and learn from the outputs of these tools. Strengthen skills
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to bacterial genome organization and function, gene regulation (host and bacterial), and microbial community structure in the context of host–pathogen interactions in food animals. Ability to perform