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Biosustain) Recent progress in our ability to read and write genomic code, combined with advances in automation, analytics and data science, has fundamentally changed the scope and ambition of harnessing
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innovative solutions. Development of Advanced Systems and Methodologies: Design detection and dosimetry systems tailored to the specific needs of the phosphate industry. Innovate analytical methodologies
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of metabolic diseases. We employ untargeted and targeted metabolomic analysis and isotope tracing studies using newly vested in-house Thermo Exploris 480 LC/MS instrument. Along with this powerful analytical
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nationally ranked, research-intensive unit with over $25 million dollars of research-grade instrumentation including spectrometers (nuclear magnetic resonance, mass, optical, x-ray), chromatographs (gas and
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standards, selection of methodology and instrumentation and coordination of the analytical, biochemical, physiology and instrumentation functions with the research areas to ensure conformance with the goals
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research, including both field and laboratory work. Preference will be given to candidates with expertise in ‘omics, molecular techniques, microbiology, and/or instrumentation. Successful candidates will be
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sampling, analytical methods such as GC-MS, LC-MS, or other relevant instrumentation. Experience in olfactory system research is highly desirable. Background in experimental design, data analysis
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develop functional materials or novel analytical methodology for analysis, detection, or treatment of PFAS. Generally, the postdoc will provide support to research projects under the direction of Dr. Guo
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funding opportunities. We are particularly seeking candidates with expertise (i) in electrochemistry, analytical instrumentation, or other frontier analytical techniques relevant to surface science and
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Job Description This position requires expertise in laboratory research, bioactive compound analysis using advanced analytical instruments, and biotic and abiotic stress in agriculture. The role