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wide range of components developed and maintained in-house, in addition to third-party tools, libraries, frameworks and technologies. See Why Join Us at https://www.rcsb.org/pages/jobs#whyJoinUs Posting
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systematically validate tissue- or cell-specific peptides. By combining intravenous administration of phage-displayed peptide libraries in human and model organism subjects and next-generation, high-throughput
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for developing novel diagnostic, imaging, and therapeutic strategies. Our program uses peptide- and antibody-based combinatorial library selection to discover, validate, and exploit the vascular biochemical
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conferences. Level of Decision Making: The postdoc will design and optimize experiments, particularly for Next Generation Sequencing workflows, including library preparation and data analysis. They will
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advanced robotics to screen libraries of M. tuberculosis for drug tolerance and drug resistance phenotypes. Performs MIC testing, kill curves and other microbiological tests to characterize M. tuberculosis
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infection and treatment studies of both viral and bacterial pathogens. Uses conventional and novel methods including advanced robotics to screen libraries of M. tuberculosis for drug tolerance and drug
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advanced robotics to screen libraries of M. tuberculosis for drug tolerance and drug resistance phenotypes. Performs MIC testing, kill curves and other microbiological tests to characterize M. tuberculosis
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tissue- or cell-specific peptides. By combining intravenous administration of phage-displayed peptide libraries in human and model organism subjects and next-generation, high-throughput sequencing