17 molecular-dynamic-simulation Postdoctoral positions at Medical College of Wisconsin
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technologies will be used to investigate G protein-coupled receptor (GPCR) signal transduction as it relates to cardiovascular disease, and in particular the molecular basis for ligand-mediated β2-adrenergic
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samples, laboratory cell lines and animal models. Ongoing and future projects include (i) genomic and functional characterization of molecular drivers of women’s cancers, (ii) biology and therapy
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postdoctoral fellow to join our research team focused on studying the metabolic and molecular mechanism of human pregnancy and its related complications using cutting-edge biological techniques. Characteristics
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). Our lab is a highly-creative and and dynamic Drug Discovery lab involved in cutting-edge technologies collaborating internationally on projects with other labs. We specialize in GPCR signaling and
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are critical for this position. Demonstrated expertise in patch-clamp recordings from cultured cells, acute brain slices, or the calyx of Held synapses is highly desirable. The group also utilizes molecular
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and molecular biology, polymer chemistry, experimental design and statistics, material characterization, excellent record keeping and data management, complex problem solving, critical thinking
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research. He or she should be proficient in flow cytometry, working with rodents in the field of Immunology, and experienced in molecular biology and cell culture. The researchers in Yu’s Lab have been
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Biology, Neurobiology and Anatomy. Purpose Post-doctoral position is available in the Department of Cell Biology focused on G protein-coupled receptor (GPCR) protein structure and dynamics toward drug
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– Abilities Required knowledge: cell and molecular biology, polymer chemistry, experimental design and statistics, material characterization, excellent record keeping and data management, complex problem
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on investigating cellular and molecular changes of pulmonary vagal sensory neurons and lung neuroendocrine cell function in health and chronic lung disease. Fellows will create and follow an individualized