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the planning, execution, and analysis of interdisciplinary projects that combine wet-lab experimentation with quantitative proteomic and bioinformatic strategies. Primary Responsibilities: Flow Cytometry
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computing and machine learning to high-fidelity agent-based simulations. You will apply complex bioinformatics concepts to design and implement the analysis of large datasets of multi-omics data to decipher
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. Assist with in vivo studies (e.g., murine models, rabbits) in compliance with IACUC and biosafety regulations. Analyze experimental data using appropriate statistical and bioinformatic tools. Maintain
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, treatment resistance, microbial interactions, bioinformatics, drug discovery, or immunotherapy is a plus. Candidates are expected to have an established research program with a successful record of
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bioinformatic tools. Maintain accurate and detailed laboratory records in accordance with institutional and funding agency requirements. Contribute to manuscript preparation, figure generation, and grant
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of ice-control proteins for various application-specific endpoints. Depending on the qualifications of the candidate, research could include bioinformatic analyses for further identification
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protein expression assays, osteogenic/angiogenesis assays, cellular imaging, bioinformatics and animal handling. Expertise in advanced research techniques related to biguanides and organic cation
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analysis of interdisciplinary projects that combine wet-lab experimentation with quantitative proteomic and bioinformatic strategies. Primary Responsibilities: Flow Cytometry Instrument Maintenance
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. Current services include next-generation sequencing using Illumina NextSeq 2000 instruments; a bioinformatics and microbiome platform in partnership with the Center of Microbiome Science; tick-borne
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operates laboratory equipment; monitor research supply, including specimens, inventory and initiates procurement requests as needed. Expertise in bioinformatics analysis of single cell and whole RNA