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fluorescence microscopy, non-invasive imaging (including nuclear medicine), immunomonitoring, deep sequencing and further omics disciplines, biobanking, cytometry and cell sorting, and development of Good
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of the programme include the following: To gather experience in independent planning, management, implementation, and evaluation of epidemiological and public health research projects To acquire comprehensive
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, students gain profound knowledge in key areas of infection biology. At the same time, students learn to examine their research findings critically and to present them to an audience. In the last two half
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, medical informatics, databases, data mining, machine learning, applied mathematics, biomedical modelling and analysis of complex networks. Joint data science projects between the different partners
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profound knowledge in key areas of infection biology. At the same time, students learn to examine their research findings critically and to present them to an audience. In the last two half-year modules