33 advance-soil-structure-modelling Postdoctoral positions at University of Washington
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Position Summary Research is aimed at understanding the pathogenesis of blood cancers, with a focus on myeloproliferative neoplasms. Experimental approaches involve mouse modeling, in vitro work in
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, to define novel biomarkers, and to identify novel therapeutical targets. We have pioneered in the integration of genetics with omic data to identify proteomic signatures and develop novel predictive models
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and hamster models. The projects in the lab include assessing the role of T and B cell immunity on virus infection and transmission, evaluating innovative virus vaccines, as well as developing assays
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://postdoc.wustl.edu/prospective-postdocs-2/ . The candidate will receive training for conducting synthesis of PET imaging probes, preclinical validation in rodent models, and translation of lead probes for
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learn advanced instrumentation, 3D data analysis, and AI methods in close collaboration with engineers and physicists. We work closely with lab members to develop the skills, confidence, and creativity
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to leverage myeloid cells for cancer therapy. In support of this we previously found combinatory myeloid activation to drive tumor eradication in mouse models of PDA (Wattenberg et al. Science Immunology. 2023
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combines human samples, mouse models, and in vitro culture system, and leverages single-cell technology, bioinformatic analysis, and mechanistic interrogations to revolutionize our understanding of gut
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milieu of host cells (T cell subsets, etc.) responsible for responding to this organism, both in acute and adaptive models of infection. Additionally, we are dissecting mechanisms of infection, including
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at (https://www.strahlelab.com/ and https://brafti.org/ ). The successful candidate will analyze multimodal imaging data with a focus on phase contrast imaging, 4D flow imaging, and other advanced neurofluid
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candidate will investigate the functions of bile metabolites induced by bacterial infection. We aim to advance our understanding of how infection-stimulated bile metabolites influence intestinal defense