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Month Position Details: Summary of Duties: Study the genes involved in plant resistance and fungal pathogenicity that are functional at specific growth and infection stages of Sclerotinia sclerotium
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in Microbiology, Plant Pathology, Molecular Biology, or related discipline Strong background in Bacteriology Preferred qualifications: Demonstrated expertise or prior experience with bioinformatics
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analytical chemistry or biology laboratory utilizing techniques relating to the isolation and identification of fungal and bacterial plant pathogens, DNA extractions, standard PCR assays and quantitative PCR
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Qualifications: PhD in Plant Biochemistry, Molecular Biology, or equivalent. Experience with tissue culture and agrobacterium-based plant transformation Experience with analysis of gene function through CRISPR
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management, organic soil amendments, soil microbiology, and public surveys. The candidate will work with graduate students and faculty to complete plant and soil analyses, statistically analyze data, interpret
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driver’s license at time of hire. Preferred Qualifications: Master’s degree in a relevant extension program discipline (e.g, weed science, environmental science, plant pathology, entomology). Experience
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of this position is to manage ongoing field trials, collect soil and plant samples, collect data, analyze the samples and data, and write reports and peer-reviewed publications. The position involves working
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of this position is to manage ongoing field trials, collect soil and plant samples, collect data, analyze the samples and data, and write reports and peer-reviewed publications. The position involves working
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analytical chemistry or biology laboratory utilizing techniques relating to the isolation and identification of fungal and bacterial plant pathogens, DNA extractions, standard PCR assays and quantitative PCR
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the molecular structure and architecture of plant cell walls, nutritional benefits of dietary polysaccharides, and use of molecular genetics and systems biology to examine bioenergy crop and model grass stem and