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Posting Details I. JOB OVERVIEW Job Description Summary: The GW Nursing Simulation and Innovation Learning Center is a 20,000 sq. ft. state of the art simulation center on the Virginia Science and
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compassionate nurses, esteemed educators and researchers, entrepreneurial leaders, and influential policy Experts. The George Washington University School of Nursing is seeking a Simulation Operations Associate
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Recruitment Plan I. RECRUITMENT PLAN Posting Number: F002415 Academic Title: Faculty Position - Molecular Pathology Rank: Professor, Associate Professor, Assistant Professor, Instructor
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dynamic Molecular Epidemiology and Microbiome research group that investigates the impact of environmental and occupational exposures on human health, with a focus on microbiome-mediated modulation
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University, is seeking academic surgical pathologists to join the faculty in the Department of Pathology. We are growing our clinical services, genomic molecular pathology, digital and computational pathology
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George Washington University | Washington, District of Columbia | United States | about 16 hours ago
are expanding our clinical services, including genomic and molecular pathology, digital and computational pathology, and innovative research programs. These non-tenure track faculty appointments, expected
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copy of your curriculum vitae; a statement expressing your interest in teaching; and a copy of your transcript. Please also provide the names and contact information for three references. Review
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: Maintain several different species and strains of hookworms and other nematodes, infecting hosts with parasitic nematodes, monitoring parasitic infections by fecal egg counting, basic molecular biology and
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bioinformatics and computational approaches to study areas of biomedical sciences that intersect with fundamental processes in biology such as (but not limited to) evolutionary genomics, molecular epidemiology
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neuroinflammation in the context of chronic pain. The Research Assistant will contribute directly to in-vivo and molecular studies examining how injury-induced pain-driven inflammatory signaling within the CNS alters