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, machine learning, and plant genomics. Our lab seeks to explore and understand the network of plant genes, their regulation in response to environmental stress at the single-cell level, and the conservation
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, specifically Anaplasma and Ehrlichia species, and their impact on human and animal health. The work will include a combination of in vitro and in vivo studies utilizing cell culture, molecular biology
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, Molecular Interaction Core, Cell & Immunobiology Core, DNA Core Facility, Informatics Research Core Facility, and Molecular Cytology Core. These resources provide cutting-edge support for advanced imaging
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cellular locations for assembly. By advancing our understanding of these processes, the lab aims to identify novel targets for antiviral drug development, contributing to transformative breakthroughs in