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the quantitation of water-soluble biomarkers (e.g., vitamins B1, B2, and B6, methylmalonic acid) in serum, plasma, or whole blood matrices. Analytical method development and validation: You may gain experience in
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: This fellowship provides an immersive research and professional development experience for a postdoctoral scholar interested in postharvest fruit quality, analytical chemistry, and metabolomics. You will
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USDA-ARS Molecular Biology Postdoctoral Fellowship in the Natural Products Utilization Research Unit
fundamental research to aid in the development of alternative crops to produce pharmaceuticals and botanical supplement active ingredients. This fellowship aims to improve crop protection from pests through
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to improve nutrient loss prediction and development and application of the RuFaS-SCM. You will participate alongside USDA-ARS and university scientists on nitrogen (N) and phosphorus (P) in surface runoff
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part of and gain training in a collaborative, multi-disciplinary research program incorporating chemical, biochemical, and engineering analyses aimed at development of novel biobased marketable goods
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, this project offers a hands-on training experience in research strategy development and provides you with valuable exposure to how federal public health agencies evaluate and prioritize scientific work
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to the development of new data collection and analysis approaches for emerging technologies. Participants will be immersed in experimental science, with opportunities to contribute to experimental design and execution
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-specific interpretation for clinical specimens. Participate in molecular method development including digital PCR, ISH, and NGS approaches for pathogen discovery and detection. Receive training in NGS
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will be training in the development of a Public Health Assessment (PHA) for Superfund Site, where radioactive materials, heavy metals, and chlorinated solvents have contaminated soil, sediment, surface
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collaboration with USDA-ARS scientists specializing in plant physiology, molecular biology, genomics, and herbicide resistance to advance understanding of resistance mechanisms and support the development