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management duties and 75% wet lab work, as outlined below. The work will primarily take place in Wiseman Hall on the OSU Biomedical Campus. The Researcher 1 will meet weekly with Drs. Blaser and Toland
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successful student in several highly desirable skills, both in the wet-lab and in genomics approaches. We are therefore seeking an enthusiastic graduate with an interest in advanced cell models and genomics
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perform rigorous and reproducible data analyses along with graphics and spreadsheet output development and implementation of custom analysis pipelines in collaboration with wet lab scientists develop your
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management duties and 75% wet lab work, as outlined below. The work will primarily take place in Wiseman Hall on the OSU Biomedical Campus. The Researcher 1 will meet weekly with Drs. Blaser and Toland
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/electrical engineering, or a related field. Strong interest in automation and laboratory robotics. Basic experience in wet-lab microbiology techniques. Willingness to learn programming and computational
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/electrical engineering, or a related field.Strong interest in automation and laboratory robotics.Basic experience in wet-lab microbiology techniques.Willingness to learn programming and computational analysis
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protein-ligand interaction dynamics in collaboration with wet-lab researchers? If so, this fully funded PhD position might be an excellent match for you.The interactions and dynamics of proteins and ligands
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in inks, surfactants added to crop sprays to improve jetting, wetting, adhesion, and bodily fluids with polymeric components. This PhD project aims to explore how such additives affect micromechanics
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and strategies for non-breeding areas. The main objective is to boost the populations of wet grassland breeding birds by increasing reproduction rates and improving return rates from wintering areas
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restoration plans and strategies for non-breeding areas. The main objective is to boost the populations of wet grassland breeding birds by increasing reproduction rates and improving return rates from wintering