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: The position involves field, lab, and / or computational research on the sources, transport and fate of microplastics and trace organic contaminants in urban runoff and green infrastructure. Minimum Education
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using fragment-based methods and structure-based design 1-4. Fragment optimization by medicinal chemistry, as well as docking and binding site analysis by SiteMap, WaterMap and FEP+ will be used
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involves field, lab, and / or computational research on the sources, transport and fate of microplastics and trace organic contaminants in urban runoff and green infrastructure. Position Status Full Time
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background in biochemistry, cell biology or molecular biology is required. Knowledge in organic chemistry or analytical chemistry is strongly preferred. Strong communication skills and proficiency in spoken
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in cell and molecular biology with technical knowledge in basic biochemical techniques, including IHC/IF, FACS, siRNA, protein and nucleic acid chemistry is required. Background in lipid metabolism and