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    The Villa Lab develops tools to observe macromolecular complexes in their natural environment, the cell. Our ultimate goal is to unveil the structural dynamics of these complexes while they go about their everyday life. We combine cell biology and electron microscopy to generate data, and we use image processing and physical modeling to understand these data.

    05 Aug

    盘古加速器破解版-蚂蚁加速器官网

    Lindsey Young joins the lab as a postdoctoral fellow to work on the nuclear periphery.  Welcome Lindsey!

    evilla Posted in current new member, welcome mxvpm加速中心网站
    08 Jul

    盘古加速器破解版-蚂蚁加速器官网

    Kanika’s work on the molecular architecture of engulfment during Bacillus subtilis sporulation in collaboration with the mxvpm加速中心网站 is now online in eLife.

    evilla Posted in current Leave a comment
    13 Jun

    盘古加速器破解版-蚂蚁加速器官网

    Our paper showing how virus capsids “surf” on microtubule-like PhuZ filaments toward a nucleus they build when infecting bacteria is out.   Bacterial Cell Biology at it’s weirdest!

    evilla Posted in current, Uncategorized publication Leave a comment

     

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