138 machine-learning "https:" "https:" "https:" "https:" "https:" "University of St" "St" research jobs at Zintellect
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conditions. Anticipated outcomes of the project include criteria for selection of fungal genotypes that will be developed into new biocontrol products for mitigation of crop aflatoxin contamination. Learning
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of biologic products. Learning Objectives: The fellowship will provide you structured training in applied regulatory science, linking process understanding of novel manufacturing technologies to evolving
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of waterbird ecology, population dynamics, and disease processes to inform science-based conservation and management decisions. Learning Objectives: You will develop skills in designing and conducting a
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motivated Postdoctoral Research Fellow for a learning opportunity using cutting-edge genomic and transcriptomic methodologies to drive innovative biological control strategies against high-impact invasive
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students and collaborate on aquatic ecology field projects in southeast Alaska wilderness watersheds. Learning Objectives: Learn about bioenergetic food web models to quantify food web energy fluxes between
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, focusing on gene editing and molecular breeding techniques. While flowering in sugarcane is an undesirable trait for Florida farmers, it plays a crucial role in crossing and breeding. Through this learning
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into HCV diversity and help guide the development approaches to test new HCV vaccines. Learning Objectives: Under the guidance of a mentor, you will learn to apply molecular biology techniques to generate
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to join this development team as a fellow and learn to create, evaluate, and validate rapid, accurate, and sensitive diagnostic methods for detecting disease pathogens. The fellow will have an opportunity
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multiple world renown Military Treatment Facilities across the nation, i.e. Walter Reed. In-line with the congressionally directed mission of the EACE, our clinical team focuses on development of clinical
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. Learning Objectives: Under the guidance of a mentor, you will examine bacterial pathogenesis, host immunity and vaccine antigen immunogenicity associated with novel bacterial proteins from Neisseria