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the molecular factors critical for resistance to Bacillus thuringiensis (Bt) toxins/crops. In both cases, an interest in the potential application of arthropod gene-drive systems and their application in
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. https://www.ars.usda.gov/pacific-west-area/wapato-wa/temperate-tree-fruit-and-vegetable-research/ Research Project: The selected participant will engage in cutting-edge research focusing on molecular
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, pathogen surveillance, and host-virus interactions. Be part of a dynamic and supportive research environment: You will participate alongside individuals who are deeply committed to advancing solutions
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visual cues, attractants, pheromones, and trap crops. The participant will study the impact of agronomic and cultural practices on the development, population dynamics, and distribution of cotton jassids
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an exciting, hands-on breeding program where you will learn how to incorporate molecular markers for key potato disease resistance traits, develop and evaluate breeding populations to discover resistance
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plant pathogen that causes soybean red leaf blotch. You will help collect and analyze whole genome sequence data, develop fungal transformation protocols, and utilize other molecular tools to identify and
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students, other postdocs, and faculty/permanent researchers, and be encouraged to lead publications on individual planets/planet systems as well as contribute to team member led publications. Individual
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: This project in the Laboratory of Immunology focuses on elucidating molecular and immunological mechanisms underlying immunogenicity and tolerance of therapeutic products. Products will include FDA approved
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currently pursuing a doctoral degree in Microbiology, Molecular Biology, Cell Biology, Immunology, other Life Health and Medical Sciences or related fields. The degree must be received before the start of
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and the discovery of bioactive compounds that mitigate major stressors affecting honey bees, including parasites and pathogens. Research activities will involve the application of molecular and cellular