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, human factors usability evaluation, and design/visualization to develop applications that optimize combat casualty care. These projects include augmented/mixed reality systems, headset/sensor evaluations
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will support various projects utilizing software engineering, human factors usability evaluation, and design/visualization to develop applications that optimize combat casualty care. These projects
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research under strict biocontainment parameters. Learning Objectives: During the appointment, you will; Develop knowledge of integrative genomic and biological approaches used to detect and manage emerging
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size exclusion chromatography) Conduct protein binding experiments (ELISA or SPR) Develop and optimize protocols for sample preparation and imaging by cryo-EM Collect and analyze cryo-EM data using a
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knowledge in their field of study Engage with new areas of basic and applied research Network with world-class scientists Exchange ideas and skills with the Laboratory community Use state-of-the-art equipment
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with model development and optimization Experience with drone flying Experience with robots and coding Knowledge of plant breeding, genetics, statistics, agronomy, plant physiology, plant pathology
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, improve, optimize, and disseminate aflatoxin biocontrol technologies to growers. The goal of the current project is to elucidate genetic and genomic traits associated with enhanced displacement
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(PGR) collections lack systematic and thorough characterization. With the recent development of an alfalfa 3K DArT SNP panel, a standardized high-throughput technology has been optimized to overcome
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with Soldier units Gaining hands-on experience in field-based data collection techniques and preparing documentation for Institutional Review Board (IRB) approval Expanding the knowledge and skills
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knowledge, and their counterpart real-time forecasts, to reduce hurdles to increasing prescribed burning. A current focus is on optimizing the identification and utilization of burn-weather windows. We also