10 optimization-nonlinear-functions Postdoctoral positions at University of Copenhagen in Denmark
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The recently funded project Science-based policies for a sustainable European agri-food and land use system (SEAL) at the University of Copenhagen (located in the Department of Food and Resource
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, Biotechnology, Biomedicine, or a related discipline, with extensive post-graduate experience in experimental lab-work Documented experience in usage and preferably development or optimization of single cell
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a fixed term position for 2 years, without teaching obligations. Introduction The position is part of the research project Rights in the tech-heavy welfare state which runs 2025-2028 and is funded by
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led by Associate Professor Zuzanna Godzimirska and explores the role and impact of third-party interventions in international human rights law, particularly at the European Court of Human Rights and the
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microenvironments. To achieve that we use state-of-the-art single-cell RNA-seq, multiome, and spatial transcriptomics data generation combined with computational analysis to establish principles of blood lineage
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. The section has ca. 75 employees who work in an internationally and highly collaborative research environment. You can read more about us here: https://plen.ku.dk/english/research/crop_sciences/ . Project
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mechanisms regulating metabolic fuel homeostasis, with a particular focus on the brain’s role in metabolic regulation. We integrate human genetics, single-cell multiomics, and advanced model systems
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on single cell data. Specific focus will be to integrate transcription initiation data into modeling of gene regulation and develop frameworks for enhancer-guided variant-to-function analysis. Description
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an international, highly collaborative research environment across disciplines. Our Research The Moritz Group uses metabolomics approaches to understand the role of the metabolome in controlling different aspects
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Little group starting 15 April 2025 or upon agreement. You will be part of an interdisciplinary team involved in the generation and analysis of stem cell-derived kidney cells for regenerative medicine