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) imaging and analysis. Experience with mouse models of musculoskeletal disease. Experience with bone and joint histology. Standard laboratory techniques such as PCR, ELISA, cell and tissue culture
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concepts and techniques in molecular biology including CRISPR, nanoparticles, gene expression assays, cell culture, and in vivo imaging. Required Qualifications PhD, M.D. or equivalent terminal degree and at
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imaging data reconstruction, imaging data process and analysis, metabolite analysis of radiotracers for animal and human plasma samples, and radioactive material handling and processing. Strong
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Scheduled Hours 37.5 Position Summary Assists in running the stem cell culture operation within the lab, as well as developing and conducting research projects, including experiment design, data
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analysis and troubleshooting error resolutions/solutions on all McKelvey PhD students payroll distribution; reviewing pay was received in accordance with the McKelvey PhD support policies, including special
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Scheduled Hours 40 Position Summary Our laboratory uses electrophysiological (e.g., patch-clamp), imaging techniques, genetic mouse models (including CRISPR/cas9 technology), biochemical, and
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understanding stroke pathology and recovery. Position assists with the technical aspects of studies and experiments including image processing, analysis, and preparation of manuscripts. Additional tasks include
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of novel drug formulation processes. • Apply simulation techniques to address research problems related to fluid flows and multiphase flows in new drug formulations. • Preferably, be familiar with Comsol
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, bulk RNASeq, snRNASeq, snATACSeq, proteomics (Surequant and CODEX) and metabolite imaging using NIMS. We will then prioritize newly identified targets from the human translational data and perform
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a cadre of biomarkers to study disease pathology, including brain imaging (Positron Emission Tomography, Magnetic Resonance Imaging) and fluid-based (cerebrospinal fluid, blood/plasma) biomarkers. We