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research with a strong emphasis on digital health, particularly the innovative application of wearable sensor data analysis and mobile health (mHealth) application development. The goal of this research is
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will perform research with a strong emphasis on digital health, particularly the innovative application of wearable sensor data analysis and mobile health (mHealth) application development. The goal
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of Arts and Sciences, Department of Biology invites Applications for a full-time Post-Doctoral Researcher with experience in the area of the statistical analysis of multivariate evolutionary time series
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the 3D matrix, mouse disease modeling in vivo and/or regulatory T cell research is preferred. Experience with single cell RNA and/or multiomic sequencing and data analysis are recommended. Demonstrated
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environment with broad expertise including cardiac electrophysiology, cellular biophysics, imaging, aging, and proteomics. Training in a variety of super-resolution quantitative microscopy and image analysis
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and image analysis techniques, mass spectrometry, use of mouse modes and human induced pluripotent stem cell derived cardiomyocyte disease models, methods to assess cardiac electrophysiology and
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dosimetry. The simulation includes dose deposition and analysis under a phantom system and compares the simulated results with already developed new generation dosimeters used under treatment planning systems