12 Master-"Manchester-Metropolitan-University" Postdoctoral positions at University of Kansas Medical Center in United States
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and primary hepatocytes and adipocytes to study the molecular mechanism in controlled conditions using radio and isotopic tracing methods. Additional projects in the lab include identifying molecular
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Description Summary: A Post-Doctoral Fellowship is immediately available at the University of Kansas Medical Center (KUMC) in Kansas City, KS under the direct mentorship of principal investigator (PI) Katherine
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the successful candidate with opportunity to engage in mentored research, gaining experience in primary qualitative data collection, integrative data analysis (mixed methods), implementation science and evaluation
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scholarship is a time-limited appointment, the primary purpose of which is to provide research and/or scholarly training for an academic or research career. A postdoctoral scholar at KUMC is expected
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psychology, clinical child psychology, pediatric primary care, pediatric neurology, or related field. All requirements for the doctoral degree must be completed prior to starting the postdoctoral fellowship
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to pursue further training in a postdoctoral appointment. Postdoctoral scholarship is a time-limited appointment, the primary purpose of which is to provide research and/or scholarly training for an academic
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involved in the disease using human tissue, primary cells and PKD animal models. The employee will be expected to work with Research Associates and Research Assistants in the laboratory and develop
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appointment, the primary purpose of which is to provide research and/or scholarly training for an academic or research career. A postdoctoral scholar at KUMC is expected to: Participate in a full-time regimen
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. Postdoctoral scholarship is a time-limited appointment, the primary purpose of which is to provide research and/or scholarly training for an academic or research career. A postdoctoral scholar at KUMC is
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protein complexes, isolated organelles from cells and tissues, and complete networks from cells and tissues. While the primary focus will be on human chromatin remodeling complexes, there will be ample