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investigating the effects of novel cardiovascular risk factors, including air pollution and gut microbes as well as inflammatory bowel diseases, cardiovascular function and disease development, and related
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resistance and biofouling reduction. Key experiments will include protein purification, enzymatic and biophysical characterization, and evaluation of their effects on microbes, including microbiome strudies
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research aimed at understanding maternal-mediated regulation of offspring immunity in addition to other foundational biological processes including: host-microbe interactions, immune development, and
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Posting Detail Information Position Summary The Armbruster lab with the Department of Microbiology and Immunology studies microbe-microbe and host-microbe interactions in the context of the catheterized
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microbial contributions to immune system development and disease protection in amphibians, and (3) leading functional genomics work on host-associated microbes. Research will likely include field and/or lab
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host-microbe-pathogen interactions • Analyze microbiome and transcriptomic datasets • Maintain detailed laboratory records and contribute to scientific publications • Work closely with other researchers
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integrate controlled plant–microbe experiments with metabolomics, transcriptomics, and microbiological analyses to uncover the mechanisms underlying beneficial plant–microbe interactions. The ideal candidate
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supported by the Cluster of Excellence Controlling Microbes to Fight Infections . Your Responsibilities detect and prioritize new RiPPs produced in engineered bacterial hosts using HPLC-QTOF-MS/MS purify RiPP
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Microbes to Fight Infections . Your Responsibilities optimize cultivation and production conditions for boromycin from its native bacterial producer design and synthesize boromycin derivatives and cellular
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support the development of design rules for engineering microbes for energy and environmental applications. ORNL’s multidisciplinary research environment brings together expertise across biology