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new insights into disease mechanisms and relevant molecular signaling pathways in different conditions. We plan to achieve the project's objectives through proteomics, investigating a large number of
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data set’s associations between multimodal features (e.g., biochemical markers, neuroimaging, cognitive testing, proteomics, and genomics), but also allow for reproducible discoveries. Additionally
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both with cohorts of patients and cognitively unimpaired volunteers, who undergo extensive testing with neuroimaging, biomarker measurements and neuropsychological testing, and with proteomics
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biological methods such as super-resolution microscopy, proteomics and metabolomics of quinone molecules. There is also potential to develop strong comptence in bioinformatic methods such as transcriptomics
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mass spectrometry-based proteomics, and associated bioinformatics. The Department is also responsible for several student courses and we offer high-quality education at undergraduate and graduate level