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, and to understand the molecular mechanisms through which these microbes act to improve agricultural outcomes. Through a variety of techniques including microbiome profiling, host RNA sequencing, plant
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formation, pathogen protection in biofilm, metagenomic shotgun sequencing and analysis, evaluation of decontamination/sanitation strategies in the cattle farm environment and statistical analysis related
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acid purification, amplification, Sanger and next generation sequencing, etc. Field, greenhouse, and benchtop research practices Mentor(s): The mentor for this opportunity is Sharon Andreason
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assays may include ex vivo, in vitro, and in situ techniques, such as histology tissue processing, nucleic acid isolations, flow cytometry antibody staining, qPCR, ELISA, bulk RNA sequencing, single-cell
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generating and evaluating genome sequencing data with various bioinformatic tools. During this fellowship, the participant will be able to: Develop an understanding of how genetic analyses can be used to study
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germplasm. Experiences and expertise in performing DNA, RNA extractions, polymerase chain reactions, and gel electrophoresis. Experience in performing Sanger and Next Generation Sequencing. Analyze resulting
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to conduct research using advanced DNA sequencing technologies; Understand the biology and ecology of invasive weed pathosystems and; Improve their written and oral communication skills. Mentor(s): The mentor
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the relative importance of processes in simulating the CMRB agroecosystem. Learning Objectives: Under the guidance of the mentor, the participant will: Learn how cropping system design must align with local soil
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high-containment (BSL-2) environments, including conducting vaccine safety and efficacy trials. Bioinformatics: Familiarity with computational tools for NGS sequence analysis, transcriptomics (RNA-seq
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that aligns with current pharmaceutical industry trends, to better support submissions utilizing this approach. Researching collaboratively with FDA scientists, the participant will cultivate and