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. This knowledge will contribute to the development of more efficient breeding methods, which will be applied to genetic data mining of the USDA National Plant Genetic ornamental germplasm collections and their
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project objective of the research unit is to identify and develop corn germplasm with resistance to Aspergillus flavus infection and the subsequent accumulation of aflatoxin and resistance to insect damage
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to investigate lipid profiles and lipid mediator production in peripheral immune cells from human subjects. The participant will collaborate with Dr. Snodgrass to help develop an appropriate IRB-approved protocol
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of natural resources - all within an efficient and profitable agriculture. The participant will be part of research team tasked to develop improved and new technologies for livestock waste treatment and the
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analyses to analyze complex microbial communities. Develop robust screening assays for diverse fungal and bacterial microorganisms. Cultivate agricultural crops in a greenhouse and/or the field. Mentor(s
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develop validated diagnostics, pathogen resources, and containment strategies, advancing the goals of the National Farm Security Action Plan to protect producers, safeguard rural economies, and preserve U.S
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complicated and costly process for measuring DF content in foods. The goal of this project is to reduce the cost of dietary fiber analysis. The development of a simplified method for DF determination and
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supported by USDA-ARS is to develop corn varieties with reduced grain protein content coupled with high yield. This will help US farmers continue to produce corn grain efficiently for animal feed and
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virus and vector-borne diseases of maize and soybean towards the development of effective management solutions. Corn stunt disease is a re-emerging problem in the U.S. and is a devastating disease of
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on the digestion of starch in a biomimetic invitro digestion; Developing an objective scale using known ATI (e.g. acarbose, pepstatin) that correlates phytochemical profile features to hydrolytic inhibition