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primary research and related professional activities. The successful candidate will conduct comparative and experimental studies on transcriptomic responses to insect diet and toxins, utilizing the milkweed
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Missouri University of Science and Technology | Rolla, Missouri | United States | about 13 hours ago
Laboratory, approved for work with select agents and toxins. MU also houses multiple core facilities, such as Electron Microscopy Core Facility, Charles W. Gehrke Proteomics Center, Metabolomics Center
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research and related professional activities. The successful candidate will conduct comparative and experimental studies on transcriptomic responses to insect diet and toxins, utilizing the milkweed-insect
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activities. The successful candidate will conduct comparative and experimental studies on transcriptomic responses to insect diet and toxins, utilizing the milkweed-insect community as a model for hypothesis
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is part of a Danish Research Foundation project entitled; “Role and fate of algal toxins in single-celled grazer-microalgal interactions in the marine ecosystem”. The post doc focuses on predator-prey
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isolated from humans Screening pathogen-host microbe interactions including effects on V. cholerae growth, cholera toxin expression, biofilm formation, and motility Once interactions are identified, testing
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Responsibilities: Study design incorporating longitudinal and spatial data as well as clustering by family units. Data analysis incorporating extensive area-level data on environmental attributes and toxins, urban
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Responsibilities: Study design incorporating longitudinal and spatial data as well as clustering by family units. Data analysis incorporating extensive area-level data on environmental attributes and toxins, urban
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and carbon materials. Production of biofuels and bioproducts from agricultural waste, microalgae, and other biomass. Treatment of emerging contaminants (such as antibiotics, algal toxins, and PFAS) in
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. The latter is essential to actively remove metabolic waste/toxins that cannot be cleared via filtration. Your aim in this position will be to develop synthetic cells that mimic tubular function by integrating