11 well-being "https:" "https:" "https:" "https:" "https:" "https:" Postdoctoral positions at Loyola University
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suite and willingness to learn lab specific programs Supervisory Responsibilities No Required operation of university owned vehicles No Does this position require direct animal or patient contact? Yes
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of an existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Maywood-Health Sciences Campus Department Name MICROBIOLOGY Location
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of an existing Position) to temporarily support the WorkDay ERP? no Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Maywood-Health Sciences Campus Department Name PHYSIOLOGY Location
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of an existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Maywood-Health Sciences Campus Department Name MICROBIOLOGY Location
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of an existing Position) to temporarily support the WorkDay ERP? No Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Maywood-Health Sciences Campus Department Name BURN SHOCK TRAUMA
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PROGRAM Location Code SCHOOL OF EDUCATION (02300A) Is this split and/or fully grant funded? Yes Duties and Responsibilities We seek a part-time, post-doctoral fellow to support a US Department of Education
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postdoc with interests in RNA virology and host-pathogen interactions. For detailed information about the laboratory’s research, see our website (http://www.mouncelab.com). Experience in molecular virology
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real-time PCR is required. Previous experience/knowledge in animal experiments is much preferred, and experience in cardiology and mitochondrial physiology research is a plus. In addition, capabilities
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of an existing Position) to temporarily support the WorkDay ERP? Job Category University Staff Job Type Full-Time FLSA Status Exempt Campus Maywood-Health Sciences Campus Department Name BURN SHOCK TRAUMA
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their training. The Barefield lab uses mouse models and human induced pluripotent stem cell derived cardiomyocyte models of genetic cardiovascular disease to study contractile biophysics, cellular and whole-heart