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the recently funded project "Unraveling the molecular mechanisms that imprint epigenetic fate during adipogenesis," supported by the Norwegian Research Council. This project is a collaborative effort, and the
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Previous experience with molecular cardiology, viral transduction, cell transfections, animal models, immunoblotting, qPCR, cardiomyocyte isolation, microscopy, proteomics, single cell RNA-sequencing
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in the Department of Materials Science and Engineering at the National University of Singapore under the direction of Dr. Peichen Zhong. This role involves using DFT, molecular dynamics, and machine
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* (laboratory work complete) a PhD in molecular biology, cell biology, pharmacology or a related area of biomedicine (*must be obtained within 3 months of commencement of employment). Have significant relevant
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pathogens. The successful candidate will make extensive use of a range of in vivo models of fungal infection and will have access to the wide range of transgenic tools and in vivo immunology techniques
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that are at the intersection of aging and heart failure that may translate into novel therapeutic strategies. Our research employs a comprehensive array of models and methodologies, including molecular biology, cell lines
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integrated research in computational, information and experimental sciences. (1) Development of molecular dynamics simulation model of network formation by free radical polymerization in an extension
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from your PhD. Skilled in experimental neurobiology and molecular biology; experience with in vivo models, imaging, or stem cell systems is a plus. Motivated, resilient, and excited to grow as a project
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project "Unraveling the molecular mechanisms that imprint epigenetic fate during adipogenesis," supported by the Norwegian Research Council. This project is a collaborative effort, and the position will be
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companies. These three research focused opportunities are being sought as follows: Positions 1 and 2 will conduct research into melanoma treatment resistance. Ideal candidates will have knowledge of molecular