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will have an opportunity to learn or become more proficient in the techniques used in the lab, including lung organoids, precision cut lung slices, transgenic rodent models, preclinical models of lung
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with primary synovial cells obtained from joints from arthritis patients (e.g., CRISPR knock-outs and phosphoproteomics signaling), in vivo arthritis models in newly generated transgenic mice (e.g
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determine how mitotic stress contributes to both cancer progression and age-associated decline. For more information, please visit our website: https://www.oist.jp/research/research-units/cellpro [Work
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initiated to stabilize posture, and why balance fails in disease or injury and how it might be restored. For more information on our research interests, please visit https://www.zhulab.fish The lab uses
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assess candidate functions using CRISPR and transgenic approaches. Anticipated Division of Time Research (55%): The Postdoctoral Associate will play a leading role in conducting experimental, computational
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the treatment of leukemia, development of transgenic animal models of leukemia, harvesting and cryopreserving hematopoietic tissues from these animals. The position will also include the isolation, processing
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fish to maintain transgenic and wild type lines, regulating water quality and cleaning tanks Assist in maintenance of the laboratory including inventory, research equipment, and record keeping Conduct
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, transport, and resistance, and potentially assess candidate functions using CRISPR and transgenic approaches. Anticipated Division of Time Research (55%): The Postdoctoral Associate will play a leading role
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of transgenic and mutant rove beetles to establish stable genetically modified lines. Maintenance of genetically modified beetles. Care, troubleshooting, and technical support for large-scale ant colonies. Work
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immunity and prevent pulmonary diseases. The research will use both in vitro (air-liquid interface cultures, organoids, and organ-on-a-chip) and in vivo (transgenic and knockout mice) model systems