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microbiological and analytical techniques including isolation of quorum-sensing-bacteria, design of RNA FISH probes, high-throughput testing on microbial cultures, analytical tools such as confocal microscopy, flow
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to groundwater and environmental systems Developing and applying imaging and analytical methods for studying transport and adsorption processes at the pore scale Designing and conducting controlled laboratory
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with electrochemistry and material science. Have strong analytical skills and experience with data analysis software. Proficiency in electrochemical techniques, such as voltammetry, amperometry, and
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tasks will be to: Develop numerical/analytical models to study interior fluid dynamics within rigid and flexible containers, e.g., liquid CO2 tanks and closed fish cages, and compare with experiments by
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Determine T cell phenotype and transcriptomic characteristics Integrate T cell data with other adaptive immune parameters. Making high quality peptide-MHC reagents to explore T cell recognition How can we
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industry-facing research collaboration and coordinate cross-partner workflows in planning, data-sharing, and iterative decision-making across industrial and academic stakeholders. Teach and supervise PhD
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. The Novo Nordisk Foundation Bioresearch Institute for the Green Transision (BRIGHT) Recent progress in our ability to read and write genomic code, combined with advances in automation, analytics and data
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advances in automation, analytics and data science, has fundamentally changed the scope and ambition of harnessing the potential of biological systems. Big data approaches and analysis of biological systems
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, high-throughput screening, and state-of-the-art carbohydrate analysis, to validate computational designs and generate data that advances our knowledge of enzymatic carbohydrate synthesis towards