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according to published clinical standards, and evaluate/ interpret data outputs. The main analytes will be elexacaftor, ivacaftor and tezacaftor (“Kaftrio”) alongside their stable-isotope internal standards
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Synthetic Biology, Molecular Plant Pathology, Comparative Genomics, Transposon Biology, Cell biology, or Related Field High level analytical capability Ability to communicate complex information clearly
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of innovative mass spectrometry-based workflows and data evaluation tools. The developed metabolomic and exposomic tools will be applied to address pressing research questions at the edge of environmental/food
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to self-organize into complex structures. Our approach is to develop sophisticated mathematical models – informed by state-of-the-art biological knowledge and experimental data – to understand
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microscopy and imaging. High level analytical capability and understanding of the scientific process. Independent intellectual critical thinking skills. Ability to communicate complex information clearly
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environmental-related applications. In the laboratory of Prof. Kleitz, the researchers have access to state-of-the-art analytic techniques for the characterization of such porous solids, including gas adsorption
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in a supportive team environment and is eager to take the lead in characterising Mtb populations from patient samples. The successful candidate will play a central role in microbiological data
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experiments playing an important role not only in motivating and inspiring the mathematical approaches, but also in providing the data sets against which the models can be validated. The principal focus
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implementing ecological fieldwork, Strong analytical skills to synthesise complex data, Excellent written, verbal and visual communication skills, including the ability to communicate effectively with a wide
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application of analytical pipelines to data generated by the WaSPP network. This is a three-year post that would suit a biologist or mathematician (or similar) with research experience in infectious disease