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discovery areas where consumer and industrial needs are unmet and value the use of domestically grown cotton. The Cotton Quality and Innovation Research Unit (CQI) will approach this problem by identifying
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Education (ORISE) participant, you will join a community of scientists and researchers to conduct research related to the electric propulsion of transport aircraft. Your research activities will be designed
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fungal ecology, physiology, and genetics. Experimental Design: You will gain experience in hypothesis-driven experimental design. This will include selection of biologically relevant treatments to assess
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expected to learn both independently and collaboratively within a multidisciplinary research team, contribute to experimental design and data analysis, publish findings in peer-reviewed journals, and
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to design vaccine intervention strategies. The dissection of these mechanisms will include the application of novel functional genomics approaches incorporating bioinformatics, next-gen sequencing
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plants. The participant will learn and use multiple molecular biology, synthetic biology and plant biotechnology related tools and techniques including plasmid vector design and assembly, plant genetic
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veterinary importance. Under the guidance of the mentor(s), the fellow will contribute to the design, implementation, and data analysis of field-based research on new world screwworm and mosquito-borne
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, data collection, analysis, and QA/QC for existing measurements as well as development of data collection and analysis procedures for a suite of new instruments. You will also gain experience in designing
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develop cost scenarios. Learn to design mitigation strategies to maximize benefits to infrastructure, ecosystems, and species of concern under different funding levels. Learn to integrate analyses into a
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in the development of diagnostic technologies for viral, bacterial and fungal diseases. Functional knowledge of molecular techniques such as: PCR; real-time PCR; PCR primer/probe design and DNA