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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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located? Alexandria, VA (Washington D.C. area) or remote. NSF NCSES may modify their operation schedule and access to facilities to ensure the health and safety of their entire workforce while maintaining
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extractors. Hands-on training will be provided in the characterization of plant proteins, including assessment of secondary structure, surface charge and hydrophobicity, thermal properties, digestibility
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environment where priorities and timelines may change quickly. Learning Objectives: You will have opportunities to: Learn how CDC provides funding to public health agencies during emergencies. Learn about the
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of microbial genetics and physiology to optimize fermentation strategies through novel strain development and modification of bioprocessing parameters. Learning Objectives: You will gain experience in
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novel products derived from cotton biomass, and develop chemical modifications of cottonseed components for production of bio-based products. The research will also include analysis of cottonseed
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crop area and learn basic agronomic, data collection, and plant breeding methodologies in trials and nurseries planted at the USDA-ARS. Learning Objectives: The project assignments will provide you with
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to quantify cropping system, nutrient input, and weather impacts on soil erosion and losses of nitrogen (N) and phosphorus (P) in surface runoff from long-term paired watersheds. Results of the study will
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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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such as an research track sprayer, leaf area meter, root scanner, and LI-COR photosynthesis systems; Develop strong competencies in collecting, processing, and analyzing plant samples to characterize