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research projects related to developing and applying contrast-enhanced ultrasound approaches, and image processing to study remodeling of the islet microvasculature and islet blood flow regulation in type1
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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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the various research projects. The fellow will be exposed to numerous training opportunities in clinical and translational imaging research methods through interactions with researchers from the Department
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signaling (e.g., cGAS-STING) Prior experience with adipocyte culture Prior experience with advanced cellular imaging techniques, including live-cell imaging Prior experience with small animal handling and in
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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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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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to a specified patient population. Write prescriptions for medications, PT, OT, imaging studies, and DME as needed. Complete FMLA and other forms and school notes as needed. Assists in providing pre-op
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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