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communities, testing dietary and other control modalities, as part of the learning experience. This will include various culture methods, nucleic acid extraction, PCR methods, sequence analysis
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and researchers engaging in organoid/cell biology research activities including, but not limited to, nutritional physiology, immune system modulation, and gastrointestinal cell culture to support gut
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with these plants using in vitro and in vivo animal models. Animal tissue and cell culture models will be used to study the ability of compounds of interest to cross absorptive barriers as
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of Defense . Qualifications The ideal candidate will be a graduate student or received a master's or doctoral degree in Civil or Environmental Engineering, or Hydroligic Sciences. Preferred skills include
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analyses for methods such as flow cytometry, cell culture/stimulations, and RNA sequencing (bulk, single-cell, spatial) may also be available based on your interests. Research endeavors are intrinsically
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, real time PCR, protein expression, tissue culture, construction of recombinant virus, Western blotting, light and fluorescence microscopy, and flow cytometry. You may also have opportunities to use our
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opportunities to interpret and communicate research findings. Exposure to additional assays and analyses for methods such as flow cytometry, cell culture/stimulations, and RNA sequencing (bulk, single-cell
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your skills in molecular biology, virology, cell culture, vector biology, and animal models, to understand what drives the arbovirus transmission cycle. Additionally, you will be provided opportunities
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amongst relatively high numbers of background flora. In addition, culture enrichment is expected to be avoided as both increased cost and lengthy analysis times are prohibitive. We are seeking a fellow that
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will support genome-wide prediction of variant effects across pathogen populations represented in USDA-ARS culture collections. Simultaneously, protein language models and structural methods will