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of our daily lives, yet its full potential in medicine has not been achieved. Medical data—ranging from images and genetic information to electronic health records—is often complex and varied, creating
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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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visits will take place in well-equipped clinical research spaces at the University of Utah Hospital and the College of Health Research Complex, offering a rich, supportive environment for clinical
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research findings at scientific meetings. Experimental execution: Design, perform, and analyze complex cell and molecular biology experiments with a high degree of independence and technical proficiency
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research and support clinical professionals in providing better patient and population-oriented care in an increasingly complex health care delivery system. Through our research, education (our Population
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working with genomics data sets. Prior experience working on high performance computing clusters. Prior experience with statistical and mathematical modeling and/or AI. Type Benefited Staff Special
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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