55 web-programmer-developer-"LIST" "https:" "https:" "https:" "https:" "https:" Postdoctoral positions at University of Miami
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for the development of new pharmacologic therapies Drug discovery for new therapies This position is ideal for an individual with a strong interest in rapid translation of basic mechanistic discoveries to the bedside
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scientific principles and theories. Maintains substantial knowledge of state-of-the-art principles and theories. Develops advanced analytical models and systems and provides solutions and analyses to support
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of scientific principles and theories. Maintains substantial knowledge of state-of-the-art principles and theories. Develops advanced analytical models and systems and provides solutions and analyses
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scientific principles and theories. Maintains substantial knowledge of state-of-the-art principles and theories. Develops advanced analytical models and systems and provides solutions and analyses to support
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methodologies. The neuroimaging program features high-resolution data acquisition and analysis techniques modeled on the Human Connectome Project (HCP) and is committed to the highest standards for magnetic
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assets. Department Specific Functions The Miami project to Cure Paralysis is a center for neuroscience regarding neurotrauma and neurological disease. Dr. Widerstrom-Noga’s research program focuses
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-of-the-art principles and theories. Develops advanced analytical models and systems and provides solutions and analyses to support strategic and tactical decisions. Adheres to University and unit-level
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to lead the development and implementation of Mass Spectrometry applications for translational and clinical research. The postdoc will partner with principal investigators and an outstanding clinical
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to successful community-led conservation, with a particular focus on the role of philanthropic foundations and grantmaking practices. Using a knowledge co-production approach, the project will develop actionable
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. The Luque lab has recently developed an interdisciplinary approach that integrates theoretical biophysics, molecular dynamics, machine learning, and bioinformatics to predict the capsid structures