The Medical Bioinformatics group is dedicated to the comprehensive analysis of a variety of omics data, including sequencing data from areas such as transcriptomics, genomics and proteomics. In addition to developing powerful bioinformatics workflows and pipelines to handle large datasets, the group focuses on the integration of different types of omics. This integration enables patient-specific analysis of measurements, including specific mutations or variants and their effects. Ultimately, these precision medicine approaches can contribute to the discovery of new biomarker candidates that might otherwise go undetected.
In addition to conventional evaluation methods, the Medical Bioinformatics group also applies machine learning methods, of which deep learning and 'artificial intelligence' techniques in particular have recently gained prominence.
In principle, the group is open to all types of questions relating to the efficient analysis of medical and biological data.
Parts of the Medical Bioinformatics group are involved in the Core Unit Bioinformatics "CUBiMed.RUB" at the Faculty of Medicine.
If you want to learn more about bioinformatics and are planning to do your bachelor's or master's thesis in computer science or related subjects, or if you're looking for a student project or internship, feel free to contact us. We're always on the lookout for motivated students to do their final theses in our group.