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reprogram autoreactive T cells in vivo. The responsibilities will include performing lentiviral and CRISPR-based cell engineering, injecting/implanting cells, tissues and/or bioscaffolds, monitoring cell
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the development and deployment of quantitative pathology. Leveraging our network of expert pathologists and the department?s extensive basic sciences knowledgebase, the DCPL aims to advance tissue-based diagnostics
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Scientist position is available in the Leong laboratory in the Department of Biomedical Engineering at Columbia University. The primary role of the positions is to assist with developing the research and
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physiology, cardiovascular tissue biomechanics, vascular cell physiology, and tissue biochemistry. Responsibilities Prepare and process clinical samples for storage in biobank Perform basic and translational
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Development of the antifungal agent nystatin Innovations in photopheresis and Janus kinase inhibitors Advances in precision medicine, tissue engineering, and diagnostics The department is internationally
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to study cancer evolution, including developing CRISPR-based molecular recording tools to track tumor evolution history, modeling tumor progression using genetically engineered mouse models, applying single
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, and genetically engineered mouse models of lung cancer. This is an ideal position for a highly motivated individual seeking to gain research experience in a cancer biology lab. Responsibilities Assist
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. The above hiring range represents the University's good faith and reasonable estimate of the range of possible compensation at the time of posting. Position Summary The Levo Lab (https://www.mlevolab.com
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human tissues via single-cell genomics and other molecular profiling technologies. The effort will involve the development and application of platform technologies for analyzing cancer samples working