18 evolution "https:" "https:" "https:" "https:" "https:" "UCL" "UCL" "UCL" "UCL" "UCL" Postdoctoral research jobs at Medical College of Wisconsin
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graduate students and contribute to training and scientific development within the lab Assist with the development of grant proposals and collaborative research initiatives Preferred Schedule: Position
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expected that postdocs at MCW, with the assistance of their supervisor, will: Transition to career independence through the development of professional skills that enable the postdoc to actively pursue a
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the assistance of their supervisor, will: Transition to career independence through the development of professional skills that enable the postdoc to actively pursue a career of his/her own choosing. Be supervised
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of their supervisor, will: Transition to career independence through the development of professional skills that enable the postdoc to actively pursue a career of his/her own choosing. Be supervised by at least one
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manage multiple projects Preferred Qualifications: Prior virology research experience (e.g., pathogenesis, antiviral drug development, vaccine studies) Familiarity with animal models for viral infection
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independence through the development of professional skills that enable the postdoc to actively pursue a career of his/her own choosing. Be supervised by at least one senior scholar who actively promotes
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development in large multi-site cohorts; and 3) developing advanced machine learning models of task-related brain function. The fellow will have the opportunity to contribute to these projects and will also be
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the development of professional skills that enable the postdoc to actively pursue a career of his/her own choosing. Be supervised by at least one senior scholar who actively promotes the postdoc's professional
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including training and development as well as daily work direction, delegation and establishing priorities. Other duties as assigned. Knowledge – Skills – Abilities Statistical genetics, computational biology
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biology, super-resolution microscopy, live-cell imaging, multi-omics, and mouse disease models to understand insulin-secretion deficiency and synapse degeneration. (See https://www.mcw.edu/departments/cell