13 phd-computer-science-fully-funded Postdoctoral positions at Saint Louis University
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toxicity of tobacco products in youth. Qualifications: Minimum PhD or Equivalent in molecular biology, or other biological sciences. Other preferred qualifications: Experience working with patch clamp device
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the fundamental mechanisms of ion channels in excitable membranes using a multidisciplinary approach. Our NIH-funded research integrates structural biology, chemical biology, genetics, fluorescence microscopy, and
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will also be involved in different projects (e.g. USDA--soil health/microbiome, and funded NASA program). The major tasks will include but are not limited: 1. USDA--soil health/microbiome Perform soil
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. The focus of the project is to understand the correlation between dengue vaccine protection and antibody enhancement. Unwanted/unsafe epitopes will be removed via viral engineering. Research skills in
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journals. Participating in grant writing and seeking funding opportunities. Engaging in interdisciplinary collaboration within the department and with external partners. Assisting in the mentorship
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recognized for world-class academics, life-changing research, compassionate health care, and a strong commitment to faith and service. This NIH-funded position focuses on investigating gastrointestinal and
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recognized for world-class academics, life-changing research, compassionate health care, and a strong commitment to faith and service. The Warren Lab (in the Department of Biology at Saint Louis University is
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journals. Participating in grant writing and seeking funding opportunities. Engaging in interdisciplinary collaboration within the department and with external partners. Assisting in the mentorship
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Bernard Rousseau, Ph.D., MMHC, CCC-SLP, ASHA Fellow, Dean of the Doisy College of Health Sciences is recruiting for a Postdoctoral Research Fellow to perform research on an extramurally funded National
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, interdisciplinary team that uses cell biology, protein engineering, biochemistry, human immunology and molecular biology techniques to understand lysosomal dysfunction in rare genetic disorders. The successful