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Ozan
Kumru Research: |
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Kristina
Ollison Research: I am studying components of the lipoprotein export pathway in the Lyme disease spirochete Borrelia burgdorferi. At least some of the proteins in this pathway are essential. I am currently refining genetic tools that will allow us to generate conditional mutants of the respective genes. |
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Kyung-Tae Park Research: MinD-MinE interaction |
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Ryan
Schulze Research: The goal of my research is to further characterize the mechanism of lipoprotein processing and sorting in the Lyme disease spirochete Borrelia burgdorferi. Lipoproteins are abundantly present at the host-pathogen interface, i.e. displayed on the bacterial surface, and essential to the pathogenesis of this organism. A clearer understanding of lipoprotein trafficking to the bacterial surface will yield important insights into the molecular basis of Borrelia infections. |
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Laurie
Shannon Research: |
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Bang
Shen Research: |
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Christina Hester Research: My research focuses on proteins from the ParA family of Walker-type ATPases. Proteins in this family are mainly involved in plasmid and chromosome partitioning. My primary interest is in characterizing the role of the ATPase of ParA family members in plasmid and chromosome segregation. Using biochemical methods, I study the functions of these proteins in vitro, and I use in vivo methods to study the relevant activities of these proteins in bacterial cells. |
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Shiyong Chen Research: Lipoprotein secretion in Borrelia burgdorferi |
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Wuxiang Guan |
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Sebastien
Pichoff Research: I am interested in the early step of the cytokinesis in bacteria (Escherichia coli). I am studying the FtsZ ring formation and the involvement of two other cell division proteins FtsA and ZipA in this process. |
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Min Kyoung You Research: Protein transport in Borrelia burgdorferi |
