16 construction "https:" "https:" "https:" Postdoctoral positions at University of Minnesota
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immune response to direct effective gene expression and humoral and cellular immune responses. The successful candidate will work in BSL2, BSL2+, and BSL3 environments, and will build and use viral vectors
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of Minnesota Long-Term Agricultural Research Network to determine how the soil, rhizosphere, and root microbiota of corn is influenced by alternative rotation crops (soy, wheat, alfalfa). They will build
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members. The position will work independently, contribute to experimental design, troubleshoot research problems, analyze and interpret results, and make decisions about the work. They will also be expected
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will have strong experimental skills in chemical or materials synthesis and characterization, with the ability to learn new polymerization methods and relate molecular structure to material performance
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collaborative research environment. Job Responsibilities: Generation of Scientific Products (80%) Build research-community partnerships Gain experience writing and submitting grants Participate in
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generations. Our long-term goal is to uncover the molecular and circuit mechanisms that make the female nervous system dynamically adaptable—and to leverage these mechanisms to develop new therapeutic
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School, Duluth campus, focuses on research on aging, cognitive health, and dementia in rural and Indigenous communities. Our modern facilities have been thoughtfully constructed to foster team science
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. Major responsibilites: The candidate will work independently to purify recombinant IDR constructs and label them for F19-NMR analysis. In parallel, the candidate will use Python for bioinformatics
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(EDFN) imaging and slitless spectroscopy, and simulated Roman High Latitude Spectroscopic Survey data) to construct a secure JWST-based redshift reference catalog for Euclid/Roman-selected galaxies
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biology to characterize carcinogen DNA damage and molecular signatures in the oral mucosa of smokeless tobacco users. This unique project will build on our deep understanding of tobacco-induced cancer