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FDA's regulatory pathways, including expedited programs and novel approval mechanisms. Activities will include analyzing data on pathway utilization, researching associated public health outcomes, and
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and germplasm for characterizing traits of interest and their underlying physiological mechanisms through experiments and integrate desirable traits/\mechanisms into pre-breeding lines to support the
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associated mechanisms. The primary focus of the fellowship is to gain experience in applying the scientific method to field trials and lab assays, collecting plant samples and data, and maintaining
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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
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the Public Health Crisis Response (PHCR) Notice of Funding Opportunity (NOFO), an agency-wide cooperative agreement funding mechanism which allows CDC to quickly provide emergency response funds to eligible
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quality defects associated with myopathies. Under the guidance of a mentor, you will investigate the underlying biological mechanisms and develop strategies to reduce the incidence and severity of chicken
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mechanisms and identify valuable accessions and genetic haplotypes for future breeding and genetic interventions. This mentorship opportunity offers research training in plant genomics and breeding techniques
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(e.g. Textile or Materials Science, Chemistry, Agricultural or Mechanical Engineering or a closely related field). Preferred skills: Experience and knowledge with property measurement and processing
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and investigate the mechanisms underlying key agronomic and disease-related traits across multiple crop species. Research will focus on hemp, onion, tomato, squash, apples, cherries, and grapes, with
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The qualified candidate should have received a doctoral degree in one of the relevant fields (Microbiology, Biological Engineering, Chemical Engineering, Environmental Engineering, Mechanical Engineering, Food