14 International Institute of Molecular and Cell Biology positions at George Washington University
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that effect redox and ROS biology in the mitochondrion. The laboratory consists of interdependent work platforms that include basic molecular biology, parasite genetics, parasite phenotypic analysis (using
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collection and administration of experimental procedures. The position will assist with cell cultures and maintenance, molecular and cell biology experiments including transfection, DNA/RNA isolation, qRT-PCR
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, this position typically reports to a Principal Investigator, and may provide guidance to junior staff. Duties include: Conduct research in computational biology with a focus on analyzing molecular immunology data
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the Department of Anatomy and Cell Biology and the Cancer Center of the George Washington University School of Medicine and Health Sciences is seeking a capable and enthusiastic Senior Research Assistant
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. - Assists with molecular biology-related experiments including DNA, RNA, and protein extraction and gel electrophoresis. - Assists with cell culture-related work including cell passaging and basic phenotype
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clinical and basic scientist investigators for vaccine testing and investigate the molecular biology of hookworm infections. This position provides technical support in a laboratory under direct or general
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, this position typically reports to a Principal Investigator, and may provide guidance to junior staff. Duties include: Conduct research in computational biology with a focus on analyzing molecular immunology data
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libraries using molecular biology techniques. Performs routine maintenance and operation of a cell sorter. Utilizes a variety of methods to determine antibody kinetics, affinity, and specificity. Develops
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Qualifications: Preferred Qualifications: Solid experimental experience in cell and molecular biology and animal models. Typical Hiring Range Commensurate with Experience. II. POSITION INFORMATION Campus Location
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models and cutting-edge technologies and developing antigen-specific immunosuppressive therapies for the disease. The research is highly interdisciplinary, relying on tools from molecular biology