• Christine Yost - Bio-X Undergraduate Fellow

    2012 Undergraduate Summer Research Program Participant
    Home Department: Biology (Honors)
    Supported by: The Rose Hills Foundation and Bio-X
    Mentor: Dean Felsher, Professor of Medicine (Oncology and Pathology)
  • Christine Wang - Bruce and Elizabeth Dunlevie Fellow

    Bio-X SIGF Graduate Student Fellow
    Awarded in 2014
    Home Department: Bioengineering
    Faculty Advisors: Fan Yang (Bioengineering and Orthopaedic Surgery), Gerald Grant (Neurosurgery), and Michelle Monje (Neurology)
  • Christine Wang - Bio-X Travel Awardee

    Awarded in 2014

    Home Department: Bioengineering
    Faculty Advisor: Fan Yang
    Talk Title: Comparative study of primary glioblastoma (GBM) and diffuse intrinsic pontine glioma (DIPG) cells from adult and pediatric brain cancer patients cultured in 3D PEG-based biomimetic hydrogel
    Event: Biomedical Engineering Society Annual Meeting 2014

  • Christine McLeavey - Bio-X Bowes Fellow

    Bio-X Graduate Student Fellow
    Awarded in 2009
    Home Department: Neurosciences
    Faculty Advisors: Scott Delp (Bioengineering, Mechanical Engineering) and Karl Deisseroth (Bioengineering, Psychiatry)
  • Christine Khademi - Bio-X Undergraduate Fellow

    2011 Undergraduate Summer Research Program Participant
    Home Department: Biology (Neurobiology)
    Supported by: Bio-X
    Mentor: Sanjiv Sam Gambhir, Professor of Bioengineering, Materials Sci & Engineering, and of Radiology
  • Photo of Dr. Christine Jacobs-Wagner, Professor of Biology at Stanford University.

    Christine Jacobs-Wagner - Dennis Cunningham Professor and Professor of Biology

    Bio-X Affiliated Faculty

    Cellular replication is a defining feature of life. But how do cells reproduce themselves? Dr. Christine Jacobs-Wagner's laboratory addresses this fundamental question by probing the governing principles and the spatiotemporal mechanisms that underlie cellular replication, with an emphasis of cell morphogenesis, cell growth, chromosome dynamics and cell cycle regulation. They use bacteria as model systems for two main reasons. First, bacteria lack the complex control systems of eukaryotes (e.g., cyclin/Cdk machinery); yet their multiplication process is remarkably efficient and faithful.

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