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profound expertise in experimental neuroscience research using molecular, biochemical, and cell biological approaches. Importantly, you have extensively worked with transgenic rodent models for neuroscience
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Cell biology, including experience with functional studies (including animal and cell culture studies) and a strong background in epigenetics and gene expression analysis at the single cell level
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multiscales. It's essential to comprehend how mechanical signals intersect with biochemical, electrophysiological, and genomic pathways, as they shape neural cell destiny and may inform pathological insights
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studies in transgenic zebrafish, mice and rats, and human iPSC-derived neurons, glia cells, and brain organoids. Furthermore, clinical research units are available at the top-ranked Aarhus University
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a cell culture substrate. Thus, both protein purity, in vitro protein digestibility and the presence of antinutrients will be investigated in different fractions of protein from micro algae and blood
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electricity from wind turbines or solar cells to methane through the process of bio-methanation. The produced methane – or biomethane - can be used for production of electricity and heat, heavy transportation