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. 6. Skills and knowledge developed during the PhD Molecular synthesis (organic, coordination complexes) and identification methods (NMR, GC/MS, HRMS). Reactivity of organometallic species
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atmosphere. Interest or experience in electrochemistry. 6. Skills and knowledge developed during the PhD Molecular synthesis (organic, coordination complexes) and identification methods (NMR, GC/MS, HRMS
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Battery Centre. The main tasks are the design and synthesis of bio-based solvent molecules, characterisation of the products by, for example NMR, FTIR, UV-Vis, and GC-MS, and determination
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. Responsibilities include but are not limited to: • Operate and troubleshoot LC-MS/MS and/or GC-MS/MS machinery for quantification of small molecules. • Plan and assign work to staff regarding chemical
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and GC-MS experiments, elucidating unknown compounds, and contributing to publications. On the clinical side, the Staff Scientist – Metabolomics will develop and validate quantitative same-day assays in
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analytical techniques (HPLC, LC-MS, and GC), as well as computational tools. An integral part of the work will be the integration of biological data with medicinal chemistry principles to identify the most
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of Minnesota for an experienced research associate focusing on developing and applying MS-based technologies for metabolomics research studies. The CMSP (https://cmsp.umn.edu) is the main biological MS-based
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of Minnesota for an experienced research associate focusing on developing and applying MS-based technologies for metabolomics research studies. The CMSP (https://cmsp.umn.edu) is the main biological MS-based
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the following areas:Instrumental analytical methods, in particular HPLC, GC, ICP-MS and/or LC-MS and/or other instrumental techniques relevant to the work plan – maximum of 4 pointsRelevant and documented
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of Minnesota for an experienced research associate focusing on developing and applying MS-based technologies for metabolomics research studies. The CMSP (https://cmsp.umn.edu) is the main biological MS-based