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two laboratories, combining retinal electrophysiology and imaging, cellular and circuit modeling, in vivo two-photon microscopy of synaptic and cellular activity, two-photon optogenetic perturbations
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procedures, high-throughput loss-of-function screenings and work with animal models of cancer and metastatic dissemination. For additional information about the laboratory or to see recent publications, visit
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and segmentation efforts Translates business requirements into specifications used to drive a data mart/data model design and configuration Makes responsible recommendations regarding reporting and
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health inequities in surgical care, which is intimately aligned with wraparound service models for violence intervention that address multiple levels of health. The ideal candidate is also engaged
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of genetic mouse models, optogenetic interrogation of neural circuits, and the use of electrophysiological methods. Key Responsibilities: Support for the development of in vivo microscopy systems. Set up lab
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and partner engagement throughout research planning, conduct, and dissemination and application of behavioral science and D&I theories, models, and frameworks. EMBHR leads and collaborates on research
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to investigate the disease mechanisms that drive rheumatoid arthritis and other autoimmune diseases. The Jonsson lab specializes in human immunology, using cells from human blood and tissues to model the cellular
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datasets, and v) developing open code, software, and webservers. Our methods and tools are highly general, thus applicable to a wide range of biological phenomena in both humans and model organisms. Our team
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email or via integrated systems to generate notices to users Keeps documentation of procedures; keeps statistics and provide reports as requested Maintain collection of Anatomical Models in the library by