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for syngas biomethanation will be designed, constructed and optimized. Secondly, a pilot algal-bacterial photobioreactor for biogas upgrading will be designed, constructed and optimized. Task to be
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 3 hours ago
expression and purification in mammalian and bacterial systems, as well as plate and cellular immunoassays. Experience with automation platforms such as Biomek i5, ViaFlo96, KingFisher Apex, and specialized
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to study how this gene family contributes to diverse processes such as fungal-bacterial interactions, self-incompatibility and host plant interactions. In addressing our objective, this project will provide
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performing animal husbandry, genotyping, growing bacterial stocks for animal experiments, and analysis of animal tissue following clearance of infection. CORE DUTIES IN DETAILS: -Care for and manage laboratory
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bacteria coevolve with their viruses (phages). Recent studies discovered an impressive number of new “anti-phage” defence systems in bacterial genomes. These defence genes are thought to be very mobile, as
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farmed fish). The subject includes studies of pathogenic bacteria where traditional and molecular biological methods are used to clarify the origin of bacterial infections, pathogenesis and development
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discovery of inhibitors of bacterial protein-tyrosine kinases, which will be tested for their capacity to hinder bacterial biofilm formation and virulence. The aim of the project is to generate knowledge
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bacterial biofilms and antimicrobial resistance (AMR). Pathogens such as Pseudomonas aeruginosa form biofilms (protective extracellular matrices that shield bacteria from antibiotics) leading to persistent
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teichoic acid synthesis in Streptococcus pneumoniae (NANOWALL project) (super-resolution fluorescence microscopy dSTORM; biochemistry) The bacterial cell wall is a critical structure that provides mechanical
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infection in regular and differentiated cell cultures; molecular cloning and expression of viral proteins in bacterial and eukaryotic expression systems; reverse genetics approach for virus rescue. 20