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individuals (within two years of graduation) seeking experience in the area of host-virus interactions, therapeutic and vaccine development, and surveillance for emerging infectious viral pathogens. Our
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technologies to creatively solve agricultural challenges is beneficial. Experience with fungal transformation is especially favorable. Stipend $85,447.00 Yearly Point of Contact Janeen Eligibility Requirements
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chosen to span a wide range of biophysical and market conditions. The participant will interact in a team environment with research collaborators and will communicate with the research team, forest
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responses. While most patients tolerate therapeutic products without issue, a subset develops immune-mediated adverse reactions, often driven by interactions between drug-derived or altered epitopes and the
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, this postdoctoral fellowship is well suited for candidates who are creative, self-driven, and enthusiastic about gaining experience in high-impact research that supports U.S. agriculture. Learning Objectives
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and their natural enemies. This research will leverage advanced 'omics' technologies and 'big data' analytics to unravel complex pest-natural enemy interactions, understand host associations, and
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GRIN-Global. Our goals are to interact with our collaborators to either upload DArT genotype data directly into GRIN-Global or to link genotype data via external platforms (e.g., Legume Information
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biology, biotechnology, and chemical biology to honey bee health challenges. Projects include therapeutic development and mechanistic studies to understand host–pathogen interactions. The fellowship will
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participate in the remeasurement and data management of a newly established experimental network and a long-term, ponderosa pine, initial spacing and thinning trial. The fellow will be able to interact with
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of the agency is to provide global leadership in agricultural discoveries through scientific excellence. Research Project: FABADRU uses multifaceted and interdisciplinary techniques to understand the interactions