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information about us, please visit: www.dbb.su.se . Main responsibilities We are looking for a highly motivated staff scientist to join the In Situ Sequencing (ISS). While formally affiliated with DBB
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quantitative and population genetics; good knowledge and practical skills in genetic and genomic analysis (both, marker data and sequence data), phenology and plant pathology; a sound understanding of
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. Together with other research groups, we offer state-of-the-art core facilities providing cell sorting techniques, microscopy, sequencing, mouse facilities, and provide access to clinical samples
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and reseaerch in infections diseases Expertise in areas such as translational research, diagnostics, sequencing, biobanking, or high-throughput laboratory systems Extensive Experience working
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integrates computational analysis of immune receptor sequencing data, machine learning approaches for TCR prediction, and translational collaboration with clinical and laboratory teams. The successful
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investigates how whole-genome duplication reshapes genome evolution using comparative pangenomics across multiple natural diploid–polyploid species pairs. The student will analyse a unique dataset of chromosome
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pangenomics of polyploids Project description This PhD project investigates how whole-genome duplication reshapes genome evolution using comparative pangenomics across multiple natural diploid–polyploid species
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longitudinal clinical cohorts to perform repertoire analyses of memory B cells and antibodies from multiple compartments and time points. The overall goal is to determine whether mucosal immune responses
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clinical cohorts to perform repertoire analyses of memory B cells and antibodies from multiple compartments and time points. The overall goal is to determine whether mucosal immune responses are seeded from
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description Somatic mutation accumulation and clonal evolution are central processes in cancer development. Through large-scale whole-genome sequencing and other high-throughput approaches, these processes can