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design. This role is ideal for candidates with strong wet-lab experience in microbiology, molecular cloning, and antimicrobial assays. A working knowledge of basic statistics is required. Additional
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in an academic biosciences lab. Basic wet laboratory skills in biosciences (biology, biochemistry, biochemical engineering): e.g., molecular biology techniques, cloning, gel preparation, media
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will work on projects where research meets real-world challenges. This includes developing soil moisture maps to reduce damage from forest machinery, testing innovative methods to control pests in
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biopsies and advanced, preclinical models. A combination of wet-lab and computational biology, close ties to the clinic, and a wonderful team of early career scientists give us the agility and expertise
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of the following characteristics: You like working hands-on with scientific instruments in a laboratory, as well as with wet chemistry and microbial culture experiments; You are interested in participating in
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predominantly gas-fired condensing boilers with a wet radiator system, and either on-demand hot water (from a combi-boiler) or a hot water cylinder. A transition from natural gas, to a more decarbonised heat
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- and wet-lab methods. We combine cutting-edge basic science with strong ties to the clinic and aim to directly influence future clinical practice. The doctoral student project and the duties
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dynamic soil moisture map that reflects weather changes. By developing digital dynamic soil moisture maps, decision support systems for route planning can be used to optimize the balance between forest
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suitable Master’s degree, as well as excellent problem-solving and communication/IT skills, e.g. use of MS Office tools. Desirables Experience with wet lab research e.g. at either undergraduate or post
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-diseases/ . This is an exciting opportunity to collaborate with computational and wet-lab scientists at the forefront of pioneering research. You will be responsible for designing and implementing proteomic