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Field
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in vivo models, gastroenterology research, bacterial cultures, host-microbiome interactions, and multi-omics approaches are particularly preferred. Candidates should have at least one 1st author
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numerical research. Your primary research project will focus on studying the rheology and flow behaviour of particle bacterial mixtures, but you will have some latitude to study a variety of scientific topics
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 15 hours ago
, genetic, and biochemical approaches required to study mechanisms of genome maintenance. This includes cell culture, DNA cloning, mutagenesis, expressing proteins in mammalian and bacterial cells, gene
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investigates mechanisms of bacterial colonization of hosts using the squid-Vibrio model system using a range of techniques including animal studies, genomics, and molecular biology. Responsibilities will
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disease. · Experience with microbiome research, bacterial culture, microbial engineering, or host-microbiome interactions. · Experience with molecular biology techniques including qPCR, RNA-seq, Western
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bacterial pathogens and includes: stress response, evolution/mutation, biofilm formation, antimicrobial resistance, intervention techniques, and rapid detection & identification. The research project in
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Health over the Lifecourse; Global Viral and Bacterial Infections; Malaria and Neglected Parasitic Diseases and Maternal Child and Reproductive Health. ISGlobal is accredited with the Severo Ochoa
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, greenhouse, aquaponics, and fields trials. The participant will learn methods to reduce bacterial pathogen loads contamination, integrated data collection and analysis, and novel methods to isolate and
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strains and phenotypic screening approaches is highly desirable. Candidates should have experience culturing and characterizing complex bacterial communities, including the use of 16S sequencing approaches
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and support beneficial bacterial partners and how these bacteria, in turn, influence mycorrhization, plant nutrient acquisition, and symbiosis under variable nutrient conditions. The project will