61 postdoc-molecular-dynamics-simulation Postdoctoral research jobs at The Ohio State University
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of the Department of Astronomy, including participation in department activities and supervision of research projects by students and postdocs. 4. Provide service to the department, college, and university as
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or related disciplines is required by the time of the appointment. Desired: Experience in the areas of the actin cytoskeleton, mechanobiology, protein characterization, advanced cell biology and molecular
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experience with animal experiments using murine cancer models and a strong background in immunology, experience in molecular and cell biology techniques — including primary cell culture, RNA assays, and
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| Ophthalmology We are seeking a Postdoc with strong bioinformatics / Statistical Genetics skills to join us. Our mission is to advance the understanding of the genetic architecture of complex human diseases and
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the effects of dynamic shaking on physical properties. The Post Doctoral Scholar will embark on a program of independent research with the primary goal of undrained shear experiments on natural seafloor
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Excellent communication skills and a collaborative mindset Preferred Experience: Proficiency in molecular techniques relevant to cardiovascular biology and metabolism Gained hands-on experience with mouse
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Department: Medicine | School Biomedical Sciences Cancer Biology and Genetics Researcher to function as a technical expert in the molecular profiling from human tissue samples within the Comprehensive Cancer
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better understand the glial pathogenic mechanisms leading to neuroinflammation and disruption of motility. We are seeking to recruit a highly motivated postodoctoral researcher in a dynamic environment in
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highly desired but not required. Applicants should have proven experience in one of the fields related to immunology, cell signaling, molecular biology, ophthalmology/vision research. Experience in Western
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derived cerebral organoids, chemogenetics, clarity technique, patch clamp, super-resolution images, metabolic/molecular/cellular approaches to gain insights in autophagy’s functions in human developmental