13 augmented-workers-using-smart-robats-in-manufacturing-cell PhD positions at Duke University
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. Preliminary work pertaining to developing a Working Cell Bank along with potential further cGMP manufacturing runs will also form part of the responsibilities of this role. Requirements: · M.D., or Ph.D. with
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the cellular crosstalk and basic molecular mechanisms during lung repair and disease. We utilize in vivo mouse genetics, live imaging, 3D organoids, functional screening, and next-generation sequencing
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available to conduct research on chronic pain. Using animal pain models, behavioral tests, calcium imaging, patch-clamp, optogenetics, neuroanatomy, molecular biology, the successful candidate is expected
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inflammatory diseases including diabetes, cardiovascular, and Alzheimer’s disease. Successful candidates will lead projects using multi-omics datasets from large sample sizes of disease relevant tissues/cells
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. Postdoctoral Scholar – Duke Human vaccine institute, Duke University, USA, NC Job Description: The Blasi laboratory at the Duke Human Vaccine Institute (DHVI) is planning to recruit a Postdoctoral Associate to
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after trauma, including animal and human samples from ongoing collaborations within our department. Min Degree Requirements: Ph.D. or equivalent doctorate (e.g. Sc.D., M.D., D.V.M.). Should be used
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@duke.edu. Duke is an Equal Opportunity Employer committed to providing employment opportunity without regard to an individual's age, color, disability, gender, gender expression, gender identity, genetic
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factors associated with successful colonization of Lactobacillus crispatus in the vaginal and urinary microbiome, using biospecimens from an interventional trial. · Humanized Mouse Model of UTI: We use germ
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Doctoral Associate Duke Department of Neurosurgery This Postdoctoral Associate position will play a critical role in making the use of new imaging tools more automatic and streamlined. Key responsibilities
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-energy, highly passionate translational neuroscience lab focused on understanding the role of synaptic plasticity in neurologic disease and how this can be directly modulated for disease modification