Rezultati pretraživanja
  1. prije 18 sati

    Let's wrap up this with this article that describes a computational tool for automated retrieval of filaments from single-molecule-localization–based microscopy images! 🔬

  2. 1. velj
  3. 30. sij

    👏DO 👏NOT 👏MISS this AMAZING and GORGEOUS paper on epithelial wound repair from the BEST! @ Microtubule plus-end dynamics link wound repair to the innate immune response

  4. 16. sij
  5. 7. sij
  6. 6. sij

    Interesting preprint from showing that the -binding protein tau lags behind the growing tip of a MT. It prefers GDP-tubulin over GTP-tubulin!

  7. 19. pro 2019.

    A nice radial array in this cell. Microtubules labeled by DCX-GFP, and growing ends of MTs labelled by EB1-mCherry, , , ,

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  8. 17. pro 2019.

    Excited to have our structure of the , the cell’s -nucleating machinery at . Great collaboration with , the Kapoor Lab .

  9. 26. stu 2019.

    In our : new insights into microtubule-associated proteins by using the synthetic peptide to show that positive surface charges and multivalency are sufficient to promote nucleation and growth as well as depolymerization. 🔬

  10. 23. stu 2019.

    to share this: Molecular mechanism of nucleation from gamma-tubulin ring complex () Outstanding work by with Howard Stone and

  11. 13. stu 2019.

    Released today & , & published , the stunning 3.4 Å structure of the 48-nm repeat by Meisheng Ma, Mihaela Stoyanova, , Susan Dutcher, Alan Brown & from & . (1/2)

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  12. Received huge print from ⁦⁩ journal of our recent cover, fitting neatly below my two favorites from my PhD days, when you could get a cover with just a nice photo-right whale taking a dive off South Africa and volcano eruption.

  13. 25. lis 2019.

    Thrilled to share our high-resolution structure of the , the cell’s -nucleating machinery, determined by together with , the Kapoor Lab . See the paper in

  14. 25. srp 2019.
  15. 20. srp 2019.

    ⁩ ⁦⁩ is over with amazing results: fun, passion, learning, discoveries, teamwork, teaching and excelling in the final presentation. of our 9 students and 5 TAs.

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  16. 15. srp 2019.

    A single (!) scanned by Atomic Force Microscopy (AFM) - this structure is ~30 nanometers in height! Imaged as part of our second research rotation with using a AFM and rendered in

  17. 12. srp 2019.
  18. 23. svi 2019.

    😍 Love the firework 🎇 over some nicely patterned islands 🏝️ with from Great work with Rafiq et al. from in on the role of microtubules in cell adhesion and mechanics 👉

  19. 22. svi 2019.

    maps and coordinates for our recent paper on acetylation by et al. are now available.

  20. 24. tra 2019.

    New publication in for the Baum Lab reveals that centrosomes function as both and organising centres during , suggesting an antagonistic cross talk between the two filament systems.

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