Research Highlights in 2010

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  • A new link between transcription and translation mediated by Rpb4–Rpb7.

    • Mhairi Skinner
    Research Highlight
  • Defining the stepwise mechanisms of spindle disassembly.

    • Alison Schuldt
    Research Highlight
  • Specialized endosomal tubules regulate sequence-specific recycling.

    • Rachel David
    Research Highlight
  • Ubiquitin ligases for distinct proteolytic pathways cooperate to enhance substrate ubiquitylation.

    • Katharine H. Wrighton
    Research Highlight
  • Super-resolution light microscopy reveals ultrastructural architecture of focal adhesions.

    • Katrin Legg
    Research Highlight
  • Primary cilia under fluid flow downregulate mTOR signalling to inhibit cell size.

    • Katharine H. Wrighton
    Research Highlight
  • SETD8 degradation is mediated by CRL4CDT2.

    • Rachel David
    Research Highlight
  • Identification of a pathway for ATM activation that is dependent on oxidative stress.

    • Mhairi Skinner
    Research Highlight
  • ILK directs a pathway that mediates caveolar trafficking by microtubules.

    • Katrin Legg
    Research Highlight
  • Piwi-interacting RNAs can regulate embryonic patterning by controlling Nanos mRNA decay.

    • Alison Schuldt
    Research Highlight
  • A new sumoylation mechanism for regulating RAC1 activity.

    • Katrin Legg
    Research Highlight
  • Reveals how Patronin caps and stabilizes microtubule minus ends.

    • Katharine H. Wrighton
    Research Highlight
  • Identification of Hos1 as the deacetylase for the cohesin component Smc3.

    • Katharine H. Wrighton
    Research Highlight
  • Intestinal stem cells divide symmetrically and stochastically adopt stem or differentiating fates.

    • Kim Baumann
    Research Highlight
    • Alison Schuldt
    Research Highlight
  • Ubiquitin chain trimming by USP14 inhibits protein degradationin vitro and in vivo.

    • Kim Baumann
    Research Highlight
  • PARP1 acts in a pathway that links feeding to control of peripheral clocks.

    • Alison Schuldt
    Research Highlight
  • HMGB1 is a crucial regulator of autophagy.

    • Mhairi Skinner
    Research Highlight