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project 1. Only 2% of the human genome sequence codes for proteins, while most of it consists of noncoding sequences, including regulatory factor binding regions, transposable elements, pseudogenes
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at the postdoctoral level to join our team. The primary responsibilities include bioinformatics analyses (including integration of multiple dataset) with a strong focus on single-cell RNA and ATAC sequencing and
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, DNA and RNA sequencing, and in vivo models. You must also enjoy scientific discussion, teamwork and active contribution to the projects by others in the lab. Your profile To be eligible for employment
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, locate nests, etc) Equip songbirds with various types of loggers for tracking Analyse logger/transmitter data to reconstruct migration routes Preparing samples for DNA/RNA sequencing Bioinformatic analysis
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or computational protein design, including modern methods for protein structure prediction, sequence design, or generative protein design. Experience with experimental production and characterization of designed
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threatened by ash dieback. The successful candidate will contribute to developing the first Swedish-focused European ash pangenome, integrating long-read genome assemblies with population-scale sequencing
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complex functions. By equipping immune cells with new generations of synthetic receptors, we develop and evaluate strategies to enhance their ability to recognize, seek out, and eliminate malignant cells
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resolution. Combined with our fast tomography stages and better scan sequencing, significant improvements to the temporal and spatial resolution will be possible and will enable expansion of the applicability
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systems (DYNAMO) project. The project develops next-generation synthetic populations that are dynamic, scenario-conditioned and suitable for stress-testing mobility systems under disruptions. The work