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language processing, clinical trials data analysis, image-based modeling, and the synthesis of multi-modal data sources. Examples of some associated application areas for which strong collaborative opportunities exist
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imaging and/or immunohistochemistry and/or animal surgery and/or analysis of large-scale data. Design and conduct experiments, collect data, and analyze data, under the guidance of Principal Investigator
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working with image or computer vision-based toolkits, development of multimodal, multidata type models and data-driven longitudinal statistical analysis. They must also demonstrate the ability to project
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include exploring new mechanistic regulation of membrane microdomains in normal and failing cardiomyocytes using imaging and biochemical analysis, studying cardiomyocyte metabolic dysregulation in animal
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include exploring new mechanistic regulation of membrane microdomains in normal and failing cardiomyocytes using imaging and biochemical analysis, studying cardiomyocyte metabolic dysregulation in animal
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potentially added over time. The individual will have many opportunities to contribute to the scientific process, and can expect authorship commensurate with contribution. The individual should expect
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bioinformatics. We apply a multidisciplinary approach combining genome editing, DNA/RNA sequencing, imaging, biochemistry, induced pluripotent stem cells, and animal studies to gain broader insights
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collaborations with University of Utah faculty in Neuroradiology, and Neurosurgery, including the development of innovative imaging to detect demyelination. Collaboration between VASLCHCS and the University