• Dr. Kelsey Martin (UCLA) speaks at Neuro-RNA Symposium 2013, organized by Cell Biology postdocs.

  • Left: Actin (green), microtubules (blue), & DNA (red) in a mouse embryonic fibroblast.  Courtesy of A. Lomakin (Danuser lab).
    Right: Endoplasmic reticulum-associated Climp63 (red) & reticulons (green) in mammalian cells.  From Shibata et al. Cell (Rapoport Lab).

  • 2013's newly-minted PhDs from Cell Bio & BBS: Rachel Davidowitz, David Rhee, Joshua Wilson-Grady, M. Rosa Ng, Sinisa Hravtin, & E. Emrah Er. 

  • Left: Larval muscle (red), neurons (green), & nuclei (blue) in Drosophila cells.  Courtesy of A. Sen (Artavanis-Tsakonas Lab).
    Middle: Membrane protein Climp63 (red) & calreticulin (green) in subdomains of the endoplasmic reticulum.  From Shibata et al. Cell (Rapoport Lab).
    Right: Close-up view of Drosophila larval muscle (red), neurons (green), & nuclei (blue).  Courtesy of A. Sen (Artavanis-Tsakonas Lab).

  • Cell Biology faculty members Anders Näär, Tom Rapoport, and John Flanagan at the annual departmental retreat, Cape Cod, Massachusetts.

  • The Neuro-RNA Symposium 2013 organizers: Cell Biology postdocs Nicolas Preitner, Jianhua Shi, Melissa Hancock, and Xinmin Li.


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News - Jul 23, 2014

Flanagan Lab finds a novel RNA-based mechanism for microtubule regulation
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Microtubules are fundamental for the spatial organization and motility of neurons and other cells.  In a recent article in Cell, the Flanagan Lab identified a novel function for the microtubule plus-end protein Adenomatous polyposis coli (APC), a scaffold protein known to be important in biology and disease. They found that APC is an RNA- ...Read more >>

News - Jun 18, 2014

Gygi Lab develops new "viromics" technique to analyze host-pathogen interactions
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A systematic quantitative analysis of temporal changes in host and viral proteins throughout the course of a productive infection could provide dynamic insights into virus-host interaction. In a recent article in Cell, the Gygi Lab describes a novel proteomic technique, ‘quantitative temporal viromics’ (QTV), employing multiplexed tandem ...Read more >>

News - Jun 10, 2014

Reck-Peterson Lab illuminates how dynein gets to the start of its track
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Cytoplasmic dynein is the major motor protein that transports cargoes toward the minus end of microtubules. In most cell types, this corresponds to movement toward the cell interior. However, if dynein only moves to the minus end of microtubules, a problem arises: how would dynein initially reach the plus end of the microtubule and the outskirts of the cell, where it collects cargoes? In a recent eLIFE article, ...Read more >>