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simultaneous measurements on individual particles making use of lab-on-a-chip technology. Techniques include microsecond flash photography (including fluorescence), image analysis, and electrical signals
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Development of magnetism-based future electronics is fueled by demand for large memory capacity and high data processing rates. New technologies such as hard drives with bit-patterned media and magnetic memory
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controls the interactions of and between nanotubes dispersed for processing in liquid media. A key example of this is that liquid phase separation techniques rely on modulating these interactions using
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three-dimensional structure within a biofilm would provide information and insight into biofilm behaviors. This research opportunity involves using advanced imaging techniques coupled with quantitative
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patterning. Techniques such as quantitative fluorescence microscopy, time lapse imaging, image analysis, gene reporter cell lines, and flow cytometry will be used to monitor culture heterogeneity, consistency
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diffraction, x-ray absorption spectroscopy for the quantification of chemical short range order, and automated microstructural image analysis. The simulation approaches of interest include machine learning
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laboratory is equipped with both a conventional atom probe tomograph as well as a prototype EUV-modified atom probe tool. Furthmore, our collaborative laboratory structure provides critical in-house support
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in magnetic resonance imaging (MRI), hyperthermia for cancer and arthritis treatment, and drug delivery. However, the fundamental characterization methods for magnetic nanoparticles-both individually
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culture. The complex protein products require the correct processing, glycosylation, and three-dimensional folding for effective and safe activity. In addition, the cells used for the production need to be
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are conducted throughout the manufacturing process of cell-based products and also serve as release criteria. Unfortunately, common measures of cell viability including dye-exclusion, often do not correlate