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animal models for studying human cardiac diseases. Our methods include electrophysiological techniques, echocardiography, various histological- and immunohistochemical analyses and multi-omics approaches
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at around the time of implantation. To achieve this, the group utilises both in vivo mouse models as well as in vitro human stem cell culture systems and state-of-the-art ultrasensitive transcriptomic
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: Required qualifications: A Master of Science degree with a focus on biological sciences A license to do animal experiments. Experience in cancer animal models Experience in cell-based assays Experience with
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preferably has strong programming skills and experience with the modeling and simulations of fluid or solid mechanics or ice sheet flow and deformation (for example by use of finite element/volume methods
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delivering influenza vaccination through intramuscular and intranasal routes, which will be compared to a live influenza human challenge infection model in humans. Methodology will involve implementation
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to the PhD project ie. processing and analysis of dietary intake data, statistical analyses (eg. linear mixed models) as well as evaluation of child growth and body composition data. Relevant publications
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equipment e.g. STM. Simulating fabrication methods. Collaboration with other groups at NQCP and companies/academic groups in and around the Copenhagen area. Join us in this major confluence of exciting
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of computational chemistry. Applicants can have a background from cheminformatics including RDKit, machine learning applied to chemistry, and molecular modeling Our group and research- and what do we offer? Our
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causing damage to the stomach epithelium? You will work with a mouse gastric organoid-derived tissue model to explore this in a hologenomic framework. You will have opportunities to participate in relevant
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copy of a recent transcript of records or a written statement from the institution or supervisor is accepted. Publication list (if possible) Reference letters (if available) Application deadline