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software) to visualize protein-protein interactions and guide bench-level assay design. Exposure to small-molecule library screening and or DNA-Encoded Libraries (DEL). Application Requirements A complete
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the molecular, biochemical and metabolomic mechanisms driving pathogenic virulence and plant resistance. The interaction between biotic and abiotic factors that contribute to virulence/host resistance will also
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to: (a) execute experimental design; and (b) apply biochemistry and molecular biology techniques, long-read sequencing, plant growth and maintenance, common forage quality measurements, plant-microbe
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have the opportunity to learn to: Understand viral evolutionary biology and mechanisms of pathogenesis Evaluate host–pathogen interactions, immune modulation, and ruminant immunology Conduct
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to improve knowledge of interactions among soilborne pathogens, beneficial microbes, and crops as well as inform non-fumigant methods for sustainable disease management in strawberry and vegetable production
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USDA-ARS Postdoctoral Research Opportunity: Development of Novel Vaccines for Poultry Viral Diseases
. Evaluation of Vaccinal Efficacy: You learn how to evaluate the vaccinal efficacy of Marek's disease virus vector vaccines, including experimental design, data collection, and analysis to assess vaccine
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to characterize peanut and tree nut allergens and the interactions between food allergens and antibodies that cause food allergies. You will be a part of a research team that conducts basic and applied research
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and soil assessment, hydrologic monitoring, remote sensing, GIS applications, and processed-based model calibration. The program is designed to develop you into an independent researcher capable
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vaccination strategies are designed and evaluated for practical use in commercial U.S. poultry production. Develop familiarity with methods used to assess vaccine safety, immune response, and protective
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design with hands-on wet-lab expression, purification, and biophysical characterization. You will have the opportunity to learn and gain experience at the intersection of structural biology, AI, and