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, salivary gland cancers, and other tumors). We have advanced the application of single cell sequencing technologies to rigorously pursue this research, with our work providing the first detailed atlas
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the mouse research. Ideally a candidate will have expertise in multiple wet lab techniques, including mouse handling experience, flow cytometry, ELISAs, immunoblots, and tissue culture. A candidate must also
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peer-reviewed scientific journals. The work is highly collaborative, so excellent written and oral communication skills are required as is the ability to handle multiple projects and priorities with
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innovative science and hands-on fishing experience to improve tuna management. Specifically, the successful candidate will re-sequence tuna genomes to improve estimates of stock structure, reduce the
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are investigating antigen-specific responses and mucosal tolerance using multiple different in vivo and in vitro models and human samples. Candidates with backgrounds in immunology and bioinformatic skills
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and analysis, and academic and community dissemination. There will be opportunities to develop independent projects that align with the research interests of ADAPT. Other responsibilities will involve
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an interest in working at the intersection of environmental epidemiology, multi-omics, and maternal and child health! This individual will have the opportunity to work with data from multiple cohorts
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of the lab work as a team, supporting one another’s individual projects. With multiple graduate and undergraduate members, postdoctoral appointees can gain valuable mentorship and leadership skills
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the cellular mechanisms that drive repair following damage. Our research integrates multiple experimental approaches—including transcriptomics, histology, genome editing, functional calcium imaging
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of a bacterial immunity protein via supramolecular assembly with multiple phage triggers, Nature (2026). 2. Iqbal, N.; Keller, S.; Ghanbarpour, A. Structural plasticity of the membrane-bound protein