52 algorithm-development-"St"-"St" Postdoctoral research jobs at Duke University in United States
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product synthesis and structure-based ligand design. We are dedicated to advancing scientific knowledge and developing novel solutions in chemical synthesis, chemical probe development, and drug discovery
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development and eager to contribute to precision cosmology in the era of overlapping, multi-wavelength surveys. Responsibilities: ● Design and implement robust pipelines that combine pixel-level and catalog
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assembled during embryonic development, how this is disrupted in neurodevelopmental disease and co-opted during brain evolution. We employ a multifaceted strategy to bridge developmental neurobiology, RNA
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assembled during embryonic development, how this is disrupted in neurodevelopmental disease and co-opted during brain evolution. We employ a multifaceted strategy to bridge developmental neurobiology, RNA
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the dynamics of microbial communities in time and space. Ongoing projects address questions on bacterial responses to antibiotics, the implications of horizontal gene transfer in community dynamics and evolution
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and repeat by other lab members. · Update lab members on new developments in commercial reagents and techniques. · Compile and document results, maintain lab notes, and assist in writing reports and
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will contribute to developing and evaluating state-of-the-art methods for predicting mental health outcomes from multi-modal clinical and digital health data. This position offers the opportunity to work
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cultured cells and animal models of skin diseases. Work Performed • Development of new and implementation and modification of existing experimental procedures. • Data preparation for oral presentations
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structure-based ligand design. We are dedicated to advancing scientific knowledge and developing novel solutions in chemical synthesis, chemical probe development, and drug discovery. We invite highly
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questions that lie at the interface of organic chemistry and chemical biology. The candidate will develop new chemical methods and small-molecule based probes to advance understanding of important biological