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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
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microbial determinants of crop fitness outcomes and interactions between microbes and their hosts in the context of the crop microbiome. The key crops in question are sorghum and grape, two important crops