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enhancers at repetitive GGAA DNA elements (GGAA microsatellites). These neo-enhancers appear to contribute to tumorigenesis and eventually tumour progression and possibly underlie germline variation
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of self-assembly for specific types of molecules. Here, we use symmetry and the geometric properties of the molecules in order to calculate bounds that help to predict specific behavior. Moreover, we would
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meeting these needs, this PhD project will involve the research and development of new computational technologies, based on the boundary element and finite element methods, in a high-performance computing
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of subclonal variation in cancer, we have developed a set of single-cell multiomics methods, such as DNTR-seq for joint WGS/mRNA-seq (see: Zachariadis et al. Mol. Cell 2020, Andrews et al. Nat. Methods 2021
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Your job Would you like to help build a more sustainable North Sea by exploring how the rapid growth of offshore wind farms (OWFs) impacts the fisheries sector? Join the Environmental Economics and
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from industry to research institutes and academia. gigaCCS was launched in the spring of 2025 and will last for 8 years. The main ambition for gigaCCS is to advance Norway’s CCS leadership and support
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plasmonic nanogap cavities into a scanning probe technique. Plasmonic nanogap cavities are plasmonic nanoparticles placed few nanometers above a metallic surface. They can confine light to atomic dimensions
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phenomenon where hydrogen atoms permeate storage materials, compromising their structural integrity. The research will create a multi-layered, self-healing coating that will limit hydrogen adsorption by
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build on current research to purify membrane protein ribosome bound nascent chain complexes (RNCs) of AQPs directly from the human ER. This involves using advanced copolymer technologies to preserve
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create a multi-layered, self-healing coating that will limit hydrogen adsorption by the alloy and extend the lifespan of hydrogen storage vessels. This advanced coating will be applied to the inner walls