227 molecular-dynamics-simulation positions at University of California, San Francisco in United States
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of drugs. We need a dynamic and driven scientist who is able to: • Integrate quantitative approaches into drug discovery. • Conduct modeling and simulation to inform drug discovery and
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microdissection, and molecular biological techniques. The position represents an excellent opportunity to further basic laboratory and research skills in a dynamic disease-oriented neuroscience environment
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on cartilage and disc regeneration, fracture healing, molecular and stem cell biology, bioengineering, and musculoskeletal development. Role Responsibilities: The function of the academic office of
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University of California, San Francisco | San Francisco, California | United States | about 1 month ago
, including outcomes research, translational immunology, basic research in molecular pathogenesis and host-defense, as well as global health research in low-resource countries. We also have long-standing
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University of California, San Francisco | San Francisco, California | United States | about 1 month ago
CMP (Cellular Molecular Pha) Full Time 77302BR Job Summary **The position is eligible for a remote arrangement within the US. The remote arrangement is set by management and is subject to change
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paragraphs) the significant changes that have taken place since the position was last reviewed. Additionally, please provide a copy of the former job description for the position. Required Qualifications BA/BS
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Cardiovascular Research Inst Full Time 77625BR Job Summary We are studying the structure, function, and regulation of membrane proteins, and the molecular origins of toxin resistance in poison
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, molecular biologists, developmental neurobiologists, bioinformaticians and physician-scientists working together to advance our understanding of human brain circuits in health and disease. We strive to create
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CMP (Cellular Molecular Pha) Full Time 76341BR Job Summary **The work location requires one to work onsite two days a week and three days remotely. The onsite days are set by management and are
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aging. Our laboratory is also engaged in developing drugs or molecular tools to favorably regulate the repair process and prevent fibrosis. Current projects in the lab focus on understanding the impact