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approaches. The successful candidate will lead studies of multidrug transporters, including recombinant protein expression and purification, in vitro biochemical and biophysical analyses, and single-particle
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imaging instrumentation and methods including subdiffraction fluorescence imaging methods and multimodal fluorescence and infrared imaging methods. Developing these methods includes designing and building
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of advanced solid-state nuclear magnetic resonance (NMR) spectroscopy methods for the structural characterization of pharmaceutical solids and related materials. Research activities will focus on obtaining
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: Demonstrated experience in method development for Matrix-Assisted Laser Desorption/Ionization Mass Spectrometry. Experiences in day-to-day instrument maintenance and developing safety protocols. Experience
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, microbial systems, environmental samples, and other novel biological materials. The postdoctoral researcher will assist in the development and implementation of new analytical methods and provide scientific
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researcher will synthesize inorganic compounds and alloys, including materials that may contain rare-earth elements, using a range of experimental methods. Responsibilities include preparing and mixing
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agronomic datasets from cover crop experiments using advanced statistical and quantitative genetic approaches. Apply genomic prediction methods to evaluate and improve cover crop performance. Design
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containers or crucibles, and performing high-temperature reactions using induction heating, tube furnaces, box furnaces, vacuum/inert atmosphere processing, or related thermal processing methods
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. Experience with statistical and bioinformatics software, including R, SAS, sequence analysis tools, and genomic data analysis methods. Experience developing Excel macros and using database management systems
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Description: The Department of Agronomy is focused on new and improved approaches to agriculture. New methods of conservation. Improved soil health. New approaches to bioenergy. Improved water quality. Advanced