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05-Apr-2024 Faculty of Arts and Sciences 65390BR Job Summary Research in the Wagers Lab seeks to define the cellular and molecular mechanisms that regulate the migration, expansion, and repair
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that investigate the mechanisms involved in ovarian cancer therapy resistance. There are opportunities to learn standard and high-throughput, multi-plex immunofluorescence and advanced techniques involving ovarian
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Assistant (RA) to work on experimental studies of memory in planarian flatworms. The goal is to identify the molecular mechanisms underlying associative memory. One exciting aspect of this research is
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research on mechanisms of brain control of blood flow and the influence of blood flow on neuronal function and metabolism. Experimental methods include live imaging of brain function, optogenetics
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neuronal metabolism and how it is influenced by – and influences – neuronal activity and excitability. The lab develops tools for studying neural metabolism, including engineered proteins that function as
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mouse embryonic stem cells and mouse neurons Perform experiments using standard molecular cell biology techniques, including bacterial cloning, genetic engineering, flow cytometry, and high-throughput