655 molecular-modeling-or-molecular-dynamic-simulation positions at University of Michigan
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Critical Care in the Department of Emergency Medicine who strives to improve the outcome of cardiac arrest patients by transforming how we translate innovative therapies from large animal models to clinical
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to investigate these questions including murine models, human T cells, flow cytometry, molecular biology, biochemistry, imaging and bioinformatic analyses. The position is in the interdisciplinary and
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biomedical or life sciences laboratory, including experience with animal models or molecular biology techniques (can include undergraduate or post-bac research) Mammalian cell culture, molecular biology assays
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cellular and molecular biological approaches including mouse model research. The candidate will be responsible for lab management including maintaining safety manuals, lab staff certificates, ordering, lab
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modeling, structure-based design, and dataset analysis. Conduct virtual library development, virtual screening, docking and molecular dynamics for small molecules and their macromolecular targets. Be
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system near 1.9 microns. In both projects, the successful applicant will be responsible for synthesizing modeling and experimental data analysis and drafting high-quality manuscripts for publication
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Critical Care in the Department of Emergency Medicine who strives to improve the outcome of cardiac arrest patients by transforming how we translate innovative therapies from large animal models to clinical
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The Department of Molecular, Cellular and Developmental Biology is seeking applications for a 16.67% LEO Lecturer I position teaching MCDB 527, Experimental Molecular Biology. The responsibilities will
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to societal problems, and promote an inclusive and innovative community of service for the common good. Responsibilities* Management of molecular beam epitaxial equipment and facilities Development III-nitride
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. This opportunity is based in the laboratory of Dr. Akira Ono, where research focuses on the biology of HIV-1, particularly the molecular mechanisms that regulate Gag interactions with host lipids and RNAs during