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sequencing on samples to investigate outbreaks. Learn to perform next-generation bioinformatics and phylogenetics to investigate novel viruses and describe viral outbreaks. Participate in seminars, join
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institution. You will receive sequence/genotype data, conduct analyses to survey variation, calculate relationships, and other relevant analyses of genebank accessions. High-throughput analyses of agronomic
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outsourced, and data receipt and initial quality assessment will be coordinated with the genotyping service institution and collaborators. You will receive sequence/genotype data, conduct analyses to survey
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of Rounds (ANOR) in alignment with occupational exposure limits (OELs) and action levels, and define algorithmic risk classifications for varying exposure scenarios. Collecting, analyzing, and interpreting
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, or mathematics (STEM) field which includes social sciences, with interest in homeland security research as described in the DHS Research Areas. Be interested in pursuing long-term career goals aligned
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USDA-ARS High-Throughput In Vitro Screening of Antimicrobial Compounds Against Phytoplasma in Cherry
. This opportunity is designed to enhance your professional and technical skills in molecular plant pathology, bio-assay design, and sustainable crop protection methodologies in alignment with the scientific mission
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the results of your research to an audience that includes multiple accomplished researchers in each project area, NSA seniors, and members of internal NSA engineering/computer science/math communities
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the preparedness mapping multidisciplinary group which will involve collaborating and learning from data scientists, health scientists, and evaluators from multiple branches in ISD. This group supports recipients in
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isotope labeled internal standards. Previous experience with untargeted MS acquisition methods and informatics workflows including peak alignment, feature deconvolution, and metabolite identification
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modeling framework that integrates facility characteristics, cooling technologies, and environmental conditions to explore water-use estimates under multiple growth and climate scenarios, while strengthening