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resequencing data, variant discovery and filtering, and downstream population-genetic and evolutionary-genomic analyses. The work will require substantial data processing, quality control and
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assembly and annotation, processing of whole-genome resequencing data, variant discovery and filtering, and downstream population-genetic and evolutionary-genomic analyses. The work will require
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project, you will be trained as an expert in the extracellular vesicle field with skills in genetic engineering of extracellular vesicles (including transient/stable transgenesis of zebrafish), live embryo
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, bipolar disorder and depression. By examining genetic and risk factors in more than 130,000 Danes–both those who suffer from mental disorders and those who do not–iPSYCH sheds light on the interaction
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of developing innovative approaches in extracellular vesicle bioimaging. Through the project, you will be trained as an expert in the extracellular vesicle field with skills in genetic engineering of
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lineage reporters and targeted genetic perturbations, will be used to trace epithelial cell states and validate candidate mechanisms. Selected organoids will also be tested in engraftment models to
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. The project will deliver evidence on microbial hazards, resistomes, mobile genetic elements, critical control points and effective biosecurity barriers in the Danish biogas sector. Qualifications and
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analysis, spatial transcriptomics and spatial epigenomics. CRISPR-engineered patient-derived organoids, including lineage reporters and targeted genetic perturbations, will be used to trace epithelial cell
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and define dedicated learning objectives, to learn the effects of genetic variants on gene expression. The position will focus on data science and genomics in a model plant species, Brachypodium
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, who organize the beached bird surveys, and Norwegian Institute of Bioeconomy Research, who carry out the genetic analyses. The project will further connect to ongoing research on plastic ingestion and