25 applied-harmonic-analysis Postdoctoral positions at UNIVERSITY OF HELSINKI in Finland
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of extension. A trial period of 6 months will be applied. Starting date for the position is ideally by March 2026 the latest or by mutual agreement. Genetic variation is essential for species to adapt to long
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), including both laboratory methods and data analysis pipelines, will be considered an asset. Knowledge in bioinformatics/data analysis, and ability to handle complex datasets, will be considered an asset
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resolve these questions, due to their proven ability to show plasticity in many traits. About you You have a PhD degree. You have experience with bioinformatic analysis, behavioral and/or experimental
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. Expertise in single-cell RNA sequencing (scRNA-seq), including both laboratory methods and data analysis pipelines, will be considered an asset. Knowledge in bioinformatics/data analysis, and ability
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decade, providing opportunities to mine big data to learn more about the drivers of AMR in humans. Our work includes computational analysis of antibiotic resistance and microbiomes, statistical analysis
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applications for a postdoctoral researcher interested in spatio-temporal variation in genetic diversity and the analysis of genetic indicators. Specifically, the candidate will utilize the existing Finnish long
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in genetic diversity and the analysis of genetic indicators. Specifically, the candidate will utilize the existing Finnish long-term monitoring datasets available at the Research Center for Ecological
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immune-system related diseases such as immunodeficiency and cancer. We use a wide range of techniques such as mouse models, tumor models, in vivo immune cell migration and other functional assays, flow
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collaboration with the PI. The duties of the researcher include: Collation and text-critical analysis of the Peshitta version of Jeremiah, including assessment of the Peshitta readings in comparison with
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data has increased massively in the last decade, providing opportunities to mine big data to learn more about the drivers of AMR in humans. Our work includes computational analysis of antibiotic