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to provide novel research outcomes. This position reports directly to Beth Tamburini, PhD and is responsible for developing, executing and analyzing data from research projects aimed at understanding processes
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position. The successful candidate for this position will work with the Medical Image Phenotyping Lab (MIP) and will report to Dr. Antonio R. Porras, PhD. The selected candidate will benefit from and
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: Generating imaging cell lines Designing and performing imaging experiments Analyzing imaging data, writing and publishing papers Assisting in grant applications Mentoring junior scientists in the lab
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. The work will include induction of lung injury, application of potentially preventive or therapeutic molecules, lung function measurements, in vivo imaging, bronchoalveolar lavage, animal sacrifice, and
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qualifications at the time of hire. PhD in relevant scientific area such as Biochemistry, Cell Biology, Molecular Biology, Physiology, Biophysics or Reproductive Biology Relevant previous post-doctoral experience
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team. Experience processing and culturing mouse and/or human tissues and cells. Prior experience using animal infection models and flow cytometry. Cell biology and/or microscopy and image analysis
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lung slices from experimental animals (5%) Immunohistochemical and immunofluorescence stainings (10%) Microscopic imaging, confocal imaging, and image analysis (20%) Gene expression analysis such as
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neuroscience or related fields. Prior experience with animal models, survival surgery, programming, designing and implementing closed-loop systems and in vivo imaging are desired. The BIOElectrics lab spans
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processes. This project is focused on characterizing the structure and mechanism of the transcriptional Mediator complex, with emphasis on understanding Mediator’s functional interactions with other
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live cell imaging tools for studying protein translation and folding Designing and performing experiments Analyzing data Writing and publishing papers Assisting in grant applications Mentoring junior