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, mucosal and epithelial biology, host–pathogen interactions, aging, and related areas. Take responsibility for advancing assigned projects from experimental planning through data generation, analysis
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the environment interact to shape host-pathogen dynamics and disease outcomes?” and then, use this information, to answer, “how can we modulate these relationships to shift disease outcomes and promote
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-level pathogens, and artificial vector infections with pathogens. Experience working with mosquitoes is preferred but not required. Candidates will also be responsible for designing experiments
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, and host–pathogen ecological interactions using high-throughput sequencing and Nanopore-based diagnostic technologies. Research activities will include virus detection, indexing, characterization, and
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, and systems-level approaches with advanced model systems—including organoids and in vivo disease models—to investigate mechanisms regulating epithelial homeostasis, host–pathogen interactions, immune
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tuberculosis complex or related pathogens. BSL-3 experience. Familiarity with veterinary diagnostic or vaccine regulatory frameworks (WOAH, USDA-APHIS, CDSCO, or equivalents). Field research experience in LMIC