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clonal fate-mapping, flow cytometry, and various in vitro and in vivo stem cell assays. The projects that the new postdoc will primarily be involved in, will apply the same type of DNA sequencing analysis
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multivariate analysis and apply these to research questions within microbiology. To complement the research project, you will have access to a large range of different types of infrastructure available
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and how these processes are affected by sex hormones. The doctoral student will use a variety of methodologies such as multi-color flow cytometry, RNA-seq, multiplex secretion analysis, high throughput
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. Strong programming skills in R and/or Python are essential, as well as prior experience in data analysis, statistics, or machine learning. The project involves large-scale single-cell and spatial
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emitters and with the fabrication and analysis of light-emission devices, such as OLEDs or LECs. Applications are evaluated continuously, and the position can be filled prior to the deadline of October 31st
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data preprocessing, RNA splicing, deep learning and analysis of human multi-omics data is an advantage. The candidate should exhibit a high degree of independence but on the other hand also value a