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collection, management of data accounts, spatial analysis using GIS, and some photo-identification work. The individual will participate in field work with a variety of cetaceans, sometimes on weekends and
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characterize malaria ecology (vector density, human risk) across different spatial and temporal scales (climate and land cover scales). Our research team is highly interdisciplinary, representing epidemiology
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advanced whole organ imaging, scRNAseq, and spatial transcriptomics for reconstructing tumor initiation programs at the single cell level. Recent high-impact work has utilized our novel Cancer rainbow
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advanced whole organ imaging, scRNAseq, and spatial transcriptomics for reconstructing tumor initiation programs at the single cell level. Recent high-impact work has utilized our novel Cancer rainbow
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. Review and develop budgets for new grants/contracts or re-budgeting of current funding sources. Collaborate with other internal and external laboratories. Collaborate on data analysis and manuscript
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opportunity to assist in developing and testing new microbiome techniques and participate in bioinformatic analysis of microbiome data. This position will also assist with Nanostring gene expression and GeoMx