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SurfLab at Aarhus University seeks to hire a postdoc to explore protein misfolding and structural heterogeneity in complex biological samples using 2D-infrared spectroscopy. Protein aggregates play
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Experience with pathways and complex networks in cell biology Finally, applicants should: Be curious and ambitious Take pride in being a good colleague and scientist Who we are The laboratory is located
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Two postdoctoral positions (3-year) in Experimental Evolution of Methanogenic Microbiomes in Bioe...
adaptive trajectories across generations, and use omics-based approaches to identify mutations or functional shifts linked to improved system performance. You will work closely with collaborators who develop
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SurfLab at Aarhus University seeks to hire a postdoc to explore protein misfolding and structural heterogeneity in complex biological samples using 2D-infrared spectroscopy. Protein aggregates play
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of the physical and virtual world, as a basis for the analysis, design, and implementation of complex systems. We focus on ensuring that our research results contribute to creating a better society by supporting
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, plant and planetary health. The microbial diversity in different niches is enormous, and it is not all bacteria or viruses that are harmful and many are even beneficial. We are constantly faced with
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responsibility for driving scientific coherence and ensuring robust project execution across the consortium. The starting date is May 1st 2026. Job description The successful candidate will play a central
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for Global Capacity Building (GloCaB) is looking for a dedicated bioinformatician to join our team. Antimicrobial resistance is one of the most pressing global health challenges, driving a silent pandemic that
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oocyte structures involved in fertilization, with the long-term aim of enabling novel non-hormonal contraceptive strategies. The work is highly interdisciplinary and combines protein design with
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acidic peptides and selected post-translationally modified species. The overarching goal is to develop experimentally driven strategies, grounded in gas-phase ion chemistry, that improve peptide and