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metabolomic studies, experience performing unsupervised work in the BSLIII on M. tuberculosis and M. tuberculosis-infected mice, and ability to analyze transcriptional and metabolomic experiments. Additional
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interface of bioinformatics, microbiome ecology, and metabolomics, contributing to both computational analyses and laboratory workflows. This position offers the opportunity to lead integrative projects
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birth cohort data including multiple chemicals and metabolomics data. Potential topic areas include maternal metabolomics, child growth, puberty, and neurodevelopment. The Post Doctoral Associate’s day-to
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tuberculosis using in vitro and in vivo mouse models. Performs experiments that include genetic, biochemical, cellular and molecular approaches, as well as metabolomics, epigenetics and high throughput