Working at the Charité
The Department of Pediatric Endocrinology and Diabetology at the Charité-Universitätsmedizin Berlin (AG Kühnen) is looking for a motivated PhD in Bioinformatics starting 01.01.2025. The primary focus of our group’s research is on rare endocrine and metabolic diseases. Special topics include epigenetic mechanisms of the central regulation of body weight and thyroid hormone regulation of human brain development. To analyze the impact of genetic and epigenetic variants on hormonally regulated molecular pathways, our group’s translational research prioritizes experimental models based on human embryonic stem cells (hESC) and human induced pluripotent stem cells (hiPSC). The PhD project is associated to an ERC funded research project “E-VarEndo” and focused on the bioinformatic analysis of methylome-, ATAC seq-, ChIP-seq- and single cell/single-nucleus data, to address the question how epigenetic variability and transposable elements affect gene function and regulate the individual predisposition to devel.
Job Overview
The project is performed in close cooperation with the Berlin Institute of Health (BIH) Core Unit Bioinformatics (Head: Prof. Beule), leading to an optimal environment to perform the expected data analysis.
The candidate will focus on the topic of epigenetic regulation of body weight. This project specifically aims to investigate different layers of epigenetic regulation (DNA methylation, chromatin marks) and the interplay between genetic and epigenetic variation. A specific focus will be the identification of metastable epialleles, their relation to transposable elements and the impact of environmental cues on epigenetic variability.
Core tasks relevant to the project include:
- Bioinformatic analysis of complex genome-wide datasets (newly generated and publicly available), including methylome-, cut&tag, ATAC-seq, ChIP-seq, single-cell/single-nucleus data derived from primary samples and stem-cell derived model systems
- Select and benchmark existing analysis tools and workflows
- Develope new/ innovative approaches where existing tools are inadequate
- Process large omics datasets, identify and efficiently integrate relevant public resources, contribute to data management and automation of processing and results reporting
- Contribute to the experimental design considerations, translate biomedical questions into bioinformatics approaches, and promote of interdiciplinary exchange between biomedical and bioinformatics researchers
Scientific employees are given sufficient time for their own scientific work based on their employment status.
Advantages at the Charité
- A highly professional collaboration within a motivated and interdisciplinary team
- A future-oriented, varied and challenging job with high levels of personal responsibility and personal freedom of action
- Inter-cultural team events, well-structured onboarding with friendly colleagues
- Extensive free continuing education and training opportunities up to and including university studies
- Discounts on various offerings for employees, for example shopping, travel, sports
- Charité has been certified as a family-friendly university and family-friendly company since 2007