16 proof-checking-postdoc-computer-science-logic Postdoctoral positions at Saint Louis University
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dedicated to student learning, research, health care and service. This Postdoctoral Fellow position is in the bioanalytical chemistry research group led by Dr. Scott Martin in the Department of Chemistry
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Tse lab provide for Postdocs? Scientific freedom within the scope of the lab. The goal of a postdoc is to conduct compelling and applicable research while providing trainees with other non-science
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the Biochemistry and Molecular Biology department at Saint Louis University School of Medicine is recruiting a highly motivated Postdoctoral Fellow to join our collaborative research team. We are looking
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experience A strong interest in pursuing and conducting basic science research Hired candidates must provide proof of vaccination against COVID-19 Desired Qualifications: Expertise in quantitative and/or
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? Scientific freedom within the scope of the lab. The goal of a postdoc is to conduct compelling and applicable research while providing trainees with other non-science related skills for future career
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an interdisciplinary team that uses cell biology, animal model systems, genetic engineering, biochemistry, and molecular biology techniques to investigate the relationships between iron metabolism 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 Adolph Lab in the Biochemistry and Molecular Biology department
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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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biological processes, with a focus on: Molecular, Cell Biology, and Biochemical Techniques: Including mammalian cell culture, transfections, recombinant protein characterization, and enzyme kinetics. Cellular
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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