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, genetic engineering, murine modeling of cancer. Uses computer-interfaced equipment, robotics, and/or high-technology applications to perform work duties. Prepares and gives impressive seminar talks as
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, genetic engineering, murine modeling of cancer. Uses computer-interfaced equipment, robotics, and/or high-technology applications to perform work duties. Prepares and gives impressive seminar talks as
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cell-based assays, genetic engineering, murine modeling of cancer. Uses computer-interfaced equipment, robotics, and/or high-technology applications to perform work duties. Prepares and gives impressive
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morbidity and mortality. Single cell technology will be implemented to identify drivers of post-infectious inflammation. Excellent applicants will need a wet lab experience in immunology, flow cytometry, and
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morbidity and mortality. Single cell technology will be implemented to identify drivers of post-infectious inflammation. Excellent applicants will need a wet lab experience in immunology, flow cytometry, and
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to decision making and an enthusiasm to learn new technology. Applicant must be self-motivated, anticipate problems and demonstrate significant independent judgment – must be able to take initiative
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to detail, excellent communication (verbal and written) skills, a data driven approach to decision making and an enthusiasm to learn new technology. Applicant must be self-motivated, anticipate problems and
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as a postdoctoral researcher requires academic qualifications at the PhD or MD level, preferably in Neuroscience, Bio/Statistics, Engineering, Computer Science, or related areas. Interest applicants