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overactive bladder (OAB). Ideal candidates will have a Ph.D. in a relevant biological or computational field, with strong analytical, laboratory, or multi-omics skills, and a passion for advancing women's
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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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knowledge of translational drug development. · A track record of completing research projects and recent first/ lead authorship in high impact scientific journals Preferred · Experience with bi-specific T
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number of projects involving large complexes involved in protein-nucleic acid processes, with a particular focus on proteins and complexes important in microbial pathogenesis. Specific responsibilities
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diverse datasets (e.g., host transcriptome, microbial gene catalogs, spatial maps). • Lead host–microbiome interaction studies by integrating immune, epithelial, spatial, and microbial profiles to uncover