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climate sensitivity hazards such as power outage due to wildfire. Experiences or publications with methods such as quasi-experimental design, case crossover design and spatial statistics are all positive
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image processing, registration and analysis and a long-term interest to work in the health care sector. If you are interested in this position please contact: Dr. Allison Payne: allison.payne@hsc.utah.edu
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advancement. The ideal candidate will have a PhD in computer science or related field utilizing computer science methods, strong expertise in medical image processing, registration and analysis and a long-term
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include a demonstrated record of achievements and publications, and experience in clinical trials research, statistics, ocular imaging, and various forms of nutritional biomarker analysis. Preferences Type
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retinal tissue dissection, immunohistochemical and molecular assays, confocal imaging, and basic analysis of imaging data. The candidate will help with tissue processing and data collection across multiple
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workflows from collection and cleaning to statistical analysis, interpretation, and publication. 4. Train, supervise, and support a team of 10–15 undergraduate research assistants, 3–5 graduate students, and