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of Copenhagen, conducts research within forensic toxicology, analytical chemistry, and the detection of drugs, pharmaceuticals, peptides, proteins, and other substances in biological and seized materials. In
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ions of pharmaceutical relevance. Conducting ion-optical simulations to optimize ion trap performance and improve ion accumulation efficiency. Integrating the experimental control systems of the adapted
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, pharmacology, and analytical chemistry, such as sample handling, chromatographic methods, and basic pharmacological techniques. Documented experience in the characterisation of pharmaceuticals or drugs, analysis
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, automation, high-throughput synthesis and biological testing – skills in high demand across the pharmaceutical industry. The project is a collaboration with Eli Lilly Pharmaceuticals (Boulder, Colorado, USA
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. You will gain hands-on training in medicinal and synthetic organic chemistry, automation, high-throughput synthesis and biological testing – skills in high demand across the pharmaceutical industry
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university, or an equivalent standard from an overseas university, in a relevant subject such as imaging, biology, biochemistry, chemistry, biomedical sciences, pharmaceutical sciences, data analysis
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variety of perspectives and backgrounds. The Faculty has six departments: Biology, Pharmaceutical Sciences, Information & Computing Sciences, Physics, Chemistry and Mathematics. Together, we work
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multi-infusion systems, the flow meters need to measure the amount of liquid pharmaceuticals as well as multiparameter measurements to measure the composition and parameters of the pharmaceuticals
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imposes demands on the chemical compatibility of the materials used. In multi-infusion systems, the flow meters need to measure the amount of liquid pharmaceuticals as well as multiparameter measurements
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compatibility of the materials used. In multi-infusion systems, the flow meters need to measure the amount of liquid pharmaceuticals as well as multiparameter measurements to measure the composition and