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Manhattan, Kansas, invites a highly motivated postgraduate participant to engage in advanced bioinformatics research on two of the world’s most dangerous emerging pathogens: Nipah virus (NiV) and Crimean
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the physical effects of the propagation environment; computational/numerical modeling using novel and standard approaches, such as, entropy maximization, immunology, and high performance parallel processing; and
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studies supporting research on high-consequence and emerging pathogens. Gain hands-on training in molecular biology, virology, ecology, or bioinformatics methods depending on the project. Learn to collect
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for participants seeking to expand their expertise in molecular biology, virology, ecology, or bioinformatics while contributing to projects of national importance. Learning Objectives: Under the guidance of a
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Website . After reading, if you have additional questions about the application process, please email ORISE.ARS.Plains@orau.org and include the reference code for this opportunity. Qualifications
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, protein, grain element, plant and microbe DNA, RNA purification and DNA sequencing analysis using next gen DNA sequencing, gene expression using RNA seq or real time PCR. Open sources of bioinformatic tools
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techniques including HPLC and LC-MS Multi-omic evaluation of a variety of sample types using top-down and bottom-up analytical methodologies, bioinformatic data processing, and olfactory sciences studies
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. The student will learn to utilize molecular techniques, microbial culturing, metabolomics, proteomics or bioinformatics/statistics skills. Mentor(s): The mentor for this opportunity is Shin-Yi Marzano
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-writing of 3-dimenstional energy storage components is desirable. A capability of working well within a project team to achieve group oriented results in parallel to individual productivity, ability
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precipitation observation on the global scale. The Mesoscale Atmospheric Processes Laboratory at Goddard Space Flight Center leads research aimed at algorithm improvements to create state-of-the-art global