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. The lab’s mission is to develop bionanomaterials, tools and methods for medicine using engineering sciences. The research in this lab is highly multidisciplinary combining expertise from material engineering
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the synthesis of functional nanoscale materials and devices for biomedicine using flame aerosol technology. The focus of the research program lies on studying the physicochemical properties of materials made by
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environment and excellent skills in standard molecular biology techniques. Experience in cell culture work including primary cell systems. Experience in flow cytometry and advanced multi-colour flow cytometry
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dysfunction in disease and ageing. For this, we use a combination of patient material and animal models to gain insights into disease pathophysiology and develop novel treatments. We are currently seeking a
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, emphasizing the integration of basic neuroscience research with clinical, health economics and outcomes research. Rapid progress in this area of research has led to the discovery of new methods for early
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. Experience in working with tumor microenvironment, molecular and cellular biology techniques, multi-color flow cytometry, confocal imaging and mouse modeling is highly desired; and good ability to communicate
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for a candidate with proficiency and documented laboratory research experience particularly in epithelial biology/immunology, animal models of colitis, organoid culture in vitro. The candidate is
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language. It is meritorious that the applicant has shown In depth-knowledge and practical experience from standard methods of cell and molecular biology (flow cytometry, ELISA, and RT-PCR or NGS-RNA
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diseases. We use both patient material and animal models combined with modern genomic technologies that allow for detailed analysis down to single-cell resolution to try to answer disease-relevant questions