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recharge mapping to help shape the future of sustainable water management. We’re looking for a motivated postdoc for a 1-year position (with a possible extension for 1 more year) to lead cutting-edge
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Three-Year Postdoc Opportunity in Ecosystem Structure, Functions and Services in Offshore Marine ...
other renowned researchers within the Faculty of Natural Sciences and SEAMPHONI project consortium. Role Overview: As the Postdoc for the SEAMPHONI project, you will focus on mapping and identifying
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pMHC multimers Functional evaluation of T cells General knowledge related to cancer immunology and antigens Experience with T cell epitope mapping and ligand predictions Immunology: T cell recognition
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://www.genomedatalab.org/ The Project “A-SOuRCCE”. Modern single-cell sequencing can map the activity of thousands of genes in individual cells, but interpreting this vast data remains a bottleneck. A-SOuRCCE aims to solve
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://www.genomedatalab.org/ The Project “A-SOuRCCE”. Modern single-cell sequencing can map the activity of thousands of genes in individual cells, but interpreting this vast data remains a bottleneck. A-SOuRCCE aims to solve
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screening discoveries with single-cell multi-omics approaches in the lab to map candidate repressive mechanisms across cell types and developmental trajectories. These activities will be carried out in close
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, professional development, and supervision within reproductive and female-related epidemiology. The postdoc(s) will be affiliated with the FEMME project (FErtility and Medically assisted reproduction: Mapping
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reproduction: Mapping women’s short- and long-term health Effects). The FEMME project consists of three work packages related to fertility treatment: Cardiovascular disease, cancer and mental health. Research
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includes social network analyses to map the news influencer ecosystem and interviews with news influencers. Profile 4: Law / Digital Media Regulation Research includes analyses of EU regulatory frameworks
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screening discoveries with single-cell multi-omics approaches in the lab to map candidate repressive mechanisms across cell types and developmental trajectories. These activities will be carried out in close