Rezultati pretraživanja
  1. prije 21 sat
  2. 30. sij

    Trying to sort out the role of in pathogenesis? Spatio-temporal Proteomic Analysis of Stress Granule disassembly using APEX Reveals Regulation by SUMOylation and links to ALS pathogenesis

  3. 16. sij

    What makes RNase L-dependent bodies (RLBs) different from stress granules upon dsRNA stress? RLBs have a distinct biogenesis pathway, unique RNA and protein composition, and interact differently with P-bodies. New in .

  4. 15. sij

    Exciting new evidence that the eIF4A protein is an RNA chaperone that blocks RNA condensation & limits stress granule formation in human cells

  5. Successfully defended my dissertation! Thank you so much for everyone who came to support and for the continued support and guidance during my PhD. Time to celebrate!

  6. 8. stu 2019.
  7. 23. lis 2019.

    Could the of key proteins explain why the repair of axons in the CNS is so limited? A recent study opens up the possibility via

  8. 19. lis 2019.
  9. 11. lis 2019.

    Our lab's movie this week is in the excitement of the on oxygen sensing!

  10. 28. kol 2019.
  11. 27. lip 2019.

    Enjoying the Gordon Conference on Stress Proteins in Growth, Disease & Development with new twitter friends!

  12. 21. sij 2019.

    Excited to share our paper just published today ! We imaged single mRNAs in living human cells to monitor translation and interactions with stress granules and P-bodies

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  13. 2. stu 2018.

    Congrats Anthony on your new paper "mRNP architecture in translating and stress conditions reveals an ordered pathway of mRNP compaction"! Really cool images of single RNA molecules

  14. 16. lis 2018.
  15. 17. ruj 2018.

    It's a bit late for science lucky is a lively clear speaker w amazing map of human differential labelling giving different radii trying to build up picture w spacial resolution

  16. 24. kol 2018.

    New paper: O-GlcNAc modification of eIF4GI acts as a translational switch in heat shock response via .

  17. 13. kol 2018.

    Van Treeck () and Parker explore the roles of intermolecular -RNA interactions in the formation of ribonucleoprotein granules like , , and in this new Cell Review:

  18. 20. srp 2018.

    A complex of C9ORF72 and p62 uses arginine methylation to eliminate by via .

  19. 9. srp 2018.

    An updated version of our mRNP organization manuscript on BioRxiv (). Now in collaboration with

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