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, computational, and immunological tools within an ABSL-2 laboratory environment. You will be mentored in research methodologies aligned with the USDA–ARS mission in animal health and infectious disease. You will
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) and botulinum neurotoxins. The Federal Select Agent Program (FSAP) regulates laboratories that conduct research on these potentially dangerous select agents and toxins, while ensuring this work is done
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. Learn new laboratory procedures, including but not limited to the following: microscopy, nucleic acid extraction, quantitative and RT-PCR, measurement of plant physiological characteristics. Expand
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to identify potential therapeutic candidates. Applying computational structural tools to model target structures, map binding pockets, and integrate structural insights with laboratory assays. Designing and
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will include examining fiber properties such as crystallinity, pore size distribution, fiber surface content, and metal ion composition, as well as conducting laboratory-scale dye uptake trials with
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be addressed. The research will combine experiments conducted in a laboratory setting with greenhouse, plant growth chamber, and field trial research. Successful experimentation will rely
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predictive insights that support improved food and feed safety. Learning Objectives: Under the guidance of a mentor, you will have the opportunity to learn to: (a) utilize field and laboratory methods in plant
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laboratory setting with greenhouse research and field trials. Successful experimentation will rely on combinations of biology, chemistry, biochemistry, molecular biology, plant physiology and plant breeding