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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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, 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 Research Assistant will assist in research experiments including molecular biology, histology, and sleep recordings, and in data analyses, including data management and data presentation. This position may
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anthropology, biology, neuroscience, genetics, or a related field, and expertise in neuroscience techniques, image analysis, bioinformatics, or molecular biology skills. The postdoc will also assist with writing
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well as extensive online journals from GW Libraries The Laboratory of Dr Xiaoyan Zheng in the Department of Anatomy and Cell Biology and the Cancer Center at the George Washington University School of Medicine and
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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, molecular
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behavioral data. The position requires a PhD in anthropology, biology, neuroscience, genetics, or a related field, and expertise in neuroscience techniques, image analysis, bioinformatics, or neuroanatomical
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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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position with a course load of 3 courses per semester (Fall and Spring). Candidates with a background in genetics, cellular biology, and/or molecular biology are particularly encouraged to apply. Because
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, neurodegeneration, animal behaviors, synaptic circuits, and autonomic regulation. Areas of interest include neural-immune interactions, glial cell biology, and molecular and genomic approaches to neural diseases and