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affiliated with the Emory Center for Infectious Disease Modeling & Analytics Training Hub (Emory CIDMATH). Emory CIDMATH is part of the CDC’s Center for Forecasting and Outbreak Analytics Insight Network
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pressure. Our translational research utilizes animal models of hypertension and human samples/tissues. We address our research hypotheses using integrated whole-animal, genetic, molecular biology
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on the development of mortality surveillance systems from Tribal health departments. This project develops innovative Bayesian hierarchical spatio-temporal models to integrate multiple surveillance systems, correct
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and animal models when they are needed. He/she is required to prepare routine reports for the studies, manuscripts for publications, and present the results in scientific meetings. Helps design and
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model of HIV pathogenesis in combination with techniques such as high-parameter flow cytometry and ex vivo T cell functional assays, we have investigated and evaluated novel therapeutic interventions
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, metabolism, and immunity. Using animal models (e.g., orthotopic and PDX models, transgenic mice) along with functional genomics (e.g., CRISPR-Cas9 or shRNA lentivirus) and unbiased big data, the Post-Doctoral
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. Methodological work may draw on tools from nonparametric and semiparametric inference, machine learning, graphical models, and related areas. The researcher will have flexibility to develop a research agenda that
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in PREMISE (PrEP Epidemiology, Modeling, and Surveillance), a collaborative and interdisciplinary group that will use national PrEP data, along with legal and policy coding, to inform the US HIV