11 postdoc-molecular-modeling Postdoctoral positions at Case Western Reserve University
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Two Postdoc Scholars in Biostatistics/Bioinformatics/statistical genetics The Department of Population and Quantitative Health Sciences at Case Western Reserve University School of Medicine. Dr
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understanding the cellular and molecular mechanisms that govern normal and pathologic cell states in neurological and gut disorders. This position will work with animals. ESSENTIAL FUNCTIONS Isolate primary cells
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molecular mechanisms that could be targeted to develop new therapeutic approaches. Regulation of mitochondrial dysfunction, amyloid beta pathogenesis, tauopathy, and TDP-43 pathology are key areas
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and contribute preliminary data, background and significance and experimental design for grant proposals. The focus of the current position is acute myeloid leukemia. Goal is to discover novel molecular
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. The project seeks to advance population health using innovative quantitative methods in system dynamics computational modeling and structural equation modeling applied to accelerating the translation and
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inflammation-induced cancer. Goal is to discover novel molecular mechanisms that could be targeted to develop new therapeutic approaches. Cytokine and TLR signaling induced activation of NF-kB transcription
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molecular mechanisms that could be targeted to develop new therapeutic approaches. Regulation of cellular signaling by hexosamine biosynthetic pathway, O-GlcNAcylation and NF-kB transcription pathways are key
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been secured for two years, and stipend will follow the NIH Fellowship and Training Stipend Levels. Information on benefits and resources for prospective postdocs can be found on the Office of
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. Working experience using transgenic/knockout and xenograft mouse models, Cell Signaling and basic molecular biology techniques is valuable; familiarity with CRSPR/Cas9, cancer stem cells, bioinformatics
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technologies, patient-derived organoid models, and novel analytical approaches. The scholar will design and execute strategies to elucidate complex tumor-immune interactions and contribute to the development