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of methods, data and results. Preferred Qualifications Analytical, reasoning and problem-solving skills. Good understanding of computational biology. Ability to analyze and interpret large complex data sets
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systems. We utilize state-of-the-art technical modalities including conditional knockout mouse models, flow cytometry, ELISA, protein and DNA-based molecular biology, biochemistry, cell/tissue culture
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injury models, and molecular biology techniques using proximal tubule cells in vitro to investigate tubular responses to injury. Experience with these techniques is not required, but highly motivated
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experience in cell/vascular biology and small animal disease models. Preferred Qualifications Previous experience in flow cytometry, CyTOF, RNA-seq, and/or small animal disease models (preference in models
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culturing, manipulation through genetic approaches, microscopy, flow cytometry, molecular biology, functional cell-based in vitro assays, and in vivo modeling of infection in both mouse and rabbit models
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therapy. The candidate will have the opportunity to engage in research across a broad range of fields including stem cell biology, immunology, cancer biology, and cell and gene therapy according
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emphasis on the roles of viral and cellular RNA/DNA-binding proteins. To study these processes, we employ cutting-edge next-generation sequencing-based methodologies, tools of conventional molecular biology
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defined mission that accommodates diverse faculty interests and expertise. At present, OHS enjoys faculty expertise in areas including anatomy, biochemistry, molecular biology, microbiology, biostatistics
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-time Postdoctoral fellow(s) in Translational Medicine. The group seeks a highly motivated and independent Postdoctoral Fellow candidate(s) with a strong background in multi-omics molecular biology, and
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expected to work on mouse models with a group of highly motivated young scientists to employ interdisciplinary approaches, such as retinal cell biology, functional genomics, imaging, and biochemistry