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the pathways and mechanisms by which fungi interact with selenium, an essential toxin, in the environment. Specifically, this research examines the reductive transformation of soluble, toxic Se
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understanding of the mechanisms and phenomena underlying unconventional superconductivity. Job duties 70%: Research 10% Supervision of graduate students and/or undergraduates participating in relevant research
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other sciences field by the time of hire and experience in a laboratory environment. Background in fluid mechanics and laboratory experiments is preferred. Data and image processing skills are also
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interest in pulmonary vascular pathophysiology and right heart dysfunction, with particular emphasis on: a) pathogenic and therapeutic mechanisms of pulmonary vascular diseases including pulmonary
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mechanics research lab and educational facility under the College of Science and Engineering at the University of Minnesota. We are engineers and scientists who collaborate across disciplines to solve fluids
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maintenance of equipment and coordination of research supplies Qualifications Required: Ph.D. in biomedical, electrical, computing, or mechanical engineering, neuroscience, computational biology, or a closely
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Regular Job Code 9546 Employee Class Acad Prof and Admin Add to My Favorite Jobs Email this Job About the Job A funded postdoctoral position with an emphasis on studying the synaptic mechanisms of cognitive
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include: -PhD (or equivalent terminal degree) in relevant discipline, in biological sciences, microbiology, chemical engineering, biomedical engineering, or mechanical engineering -Experience with funded
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to investigate the underlying DNA damage response mechanisms in cancers. One area of active research is to investigate mechanisms of sensing and resolving R-loops in cancers to provide molecular insight
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to uncover immune-regulatory mechanisms with relevance to infection, vaccination, and chronic inflammation. Responsibilities: • Design and conduct in vivo experiments using murine models to study immune