home.social

#teamtomo — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #teamtomo, aggregated by home.social.

  1. This year again I was lucky to be able to attend the #CCPEM Spring Symposium in person.

    So much exciting science is going on in the #cryoEM and #cryoET #teamTomo fields!

    I was especially impressed with the progress in time-resolved perturbation and vitrification for single-particle cryoEM.

  2. This year again I was lucky to be able to attend the #CCPEM Spring Symposium in person.

    So much exciting science is going on in the #cryoEM and #cryoET #teamTomo fields!

    I was especially impressed with the progress in time-resolved perturbation and vitrification for single-particle cryoEM.

  3. This year again I was lucky to be able to attend the #CCPEM Spring Symposium in person.

    So much exciting science is going on in the #cryoEM and #cryoET #teamTomo fields!

    I was especially impressed with the progress in time-resolved perturbation and vitrification for single-particle cryoEM.

  4. This year again I was lucky to be able to attend the #CCPEM Spring Symposium in person.

    So much exciting science is going on in the #cryoEM and #cryoET #teamTomo fields!

    I was especially impressed with the progress in time-resolved perturbation and vitrification for single-particle cryoEM.

  5. This year again I was lucky to be able to attend the #CCPEM Spring Symposium in person.

    So much exciting science is going on in the #cryoEM and #cryoET #teamTomo fields!

    I was especially impressed with the progress in time-resolved perturbation and vitrification for single-particle cryoEM.

  6. Coming up next week: the third Dutch Structural Biology meeting! Now in Delft, on Sept 26. See program here: nvbmb.kncv.nl/biology-2025 with #teamtomo #cryoEM #nmrchat simulations and more (looks like) Organized by the #NVBMB (associated with KNCV)

    Dutch Structural Biology Meeti...

  7. Just dropped $1200 to upgrade one of my servers to 512 GB mem. How’s your day?

    #teamtomo #cryoet

  8. Just dropped $1200 to upgrade one of my servers to 512 GB mem. How’s your day?

    #teamtomo #cryoet

  9. Just dropped $1200 to upgrade one of my servers to 512 GB mem. How’s your day?

    #teamtomo #cryoet

  10. Just dropped $1200 to upgrade one of my servers to 512 GB mem. How’s your day?

    #teamtomo #cryoet

  11. Just dropped $1200 to upgrade one of my servers to 512 GB mem. How’s your day?

    #teamtomo #cryoet

  12. New Title Alert: Follow_Relion_Gracefully- a complete dashboard for easy interaction with your cryo-EM data in Relion, now with full #teamtomo support!

    Learn more here: github.com/dzyla/Follow_Relion

    #SBGridsoftware #StructuralBiology

  13. New Title Alert: Follow_Relion_Gracefully- a complete dashboard for easy interaction with your cryo-EM data in Relion, now with full #teamtomo support!

    Learn more here: github.com/dzyla/Follow_Relion

    #SBGridsoftware #StructuralBiology

  14. New Title Alert: Follow_Relion_Gracefully- a complete dashboard for easy interaction with your cryo-EM data in Relion, now with full #teamtomo support!

    Learn more here: github.com/dzyla/Follow_Relion

    #SBGridsoftware #StructuralBiology

  15. One highlight from Friday that I forgot: Alister Burt's talk on his efforts to build #TeamTomo, a set of community-supported software packages and metadata standards for #cryoET. This is difficult work, and less rewarding for those in academia, but so essential. It's great to see progress on this front.

    The other great news from Alister's talk: Warp is now supported on Linux!

    Finally, I'll remember his advice "think about geometry, and use it if you can" when assigning initial particle orientations for subtomogram averaging.

    #CCPEM #CryoEM

  16. One highlight from Friday that I forgot: Alister Burt's talk on his efforts to build #TeamTomo, a set of community-supported software packages and metadata standards for #cryoET. This is difficult work, and less rewarding for those in academia, but so essential. It's great to see progress on this front.

    The other great news from Alister's talk: Warp is now supported on Linux!

    Finally, I'll remember his advice "think about geometry, and use it if you can" when assigning initial particle orientations for subtomogram averaging.

    #CCPEM #CryoEM

  17. One highlight from Friday that I forgot: Alister Burt's talk on his efforts to build #TeamTomo, a set of community-supported software packages and metadata standards for #cryoET. This is difficult work, and less rewarding for those in academia, but so essential. It's great to see progress on this front.

    The other great news from Alister's talk: Warp is now supported on Linux!

    Finally, I'll remember his advice "think about geometry, and use it if you can" when assigning initial particle orientations for subtomogram averaging.

    #CCPEM #CryoEM

  18. One highlight from Friday that I forgot: Alister Burt's talk on his efforts to build #TeamTomo, a set of community-supported software packages and metadata standards for #cryoET. This is difficult work, and less rewarding for those in academia, but so essential. It's great to see progress on this front.

    The other great news from Alister's talk: Warp is now supported on Linux!

    Finally, I'll remember his advice "think about geometry, and use it if you can" when assigning initial particle orientations for subtomogram averaging.

    #CCPEM #CryoEM

  19. One highlight from Friday that I forgot: Alister Burt's talk on his efforts to build #TeamTomo, a set of community-supported software packages and metadata standards for #cryoET. This is difficult work, and less rewarding for those in academia, but so essential. It's great to see progress on this front.

    The other great news from Alister's talk: Warp is now supported on Linux!

    Finally, I'll remember his advice "think about geometry, and use it if you can" when assigning initial particle orientations for subtomogram averaging.

    #CCPEM #CryoEM

  20. Okay, so I'm not switching completely to #teamtomo Helical reconstruction of #amyloids can be quite fun when you get beautiful structures like this! And thanks to @sjorsscheres.bsky.social for the suggestion of higher order symmetries, it was indeed the case 😉🧪🧬🧶

  21. #TeamTomo is having a competition to annotate #cryoET tomograms: cryoetdataportal.czscience.com

    This is a good initiative! Especially the metadata format standardization part. I hope several good 3D particle picking programs will emerge from this.

    #StructuralBiology

  22. #TeamTomo is having a competition to annotate #cryoET tomograms: cryoetdataportal.czscience.com

    This is a good initiative! Especially the metadata format standardization part. I hope several good 3D particle picking programs will emerge from this.

    #StructuralBiology

  23. #TeamTomo is having a competition to annotate #cryoET tomograms: cryoetdataportal.czscience.com

    This is a good initiative! Especially the metadata format standardization part. I hope several good 3D particle picking programs will emerge from this.

    #StructuralBiology

  24. #TeamTomo is having a competition to annotate #cryoET tomograms: cryoetdataportal.czscience.com

    This is a good initiative! Especially the metadata format standardization part. I hope several good 3D particle picking programs will emerge from this.

    #StructuralBiology

  25. biorxiv.org/content/10.1101/20

    We made Surforama to support particle picking on surfaces, particularly for cryoET. You can visualize surfaces in the tomogram to localize, label, and analyze proteins or other particle types.

    It runs as a @napari plugin and in standalone mode.

    #teamtomo

  26. biorxiv.org/content/10.1101/20

    We made Surforama to support particle picking on surfaces, particularly for cryoET. You can visualize surfaces in the tomogram to localize, label, and analyze proteins or other particle types.

    It runs as a @napari plugin and in standalone mode.

    #teamtomo

  27. biorxiv.org/content/10.1101/20

    We made Surforama to support particle picking on surfaces, particularly for cryoET. You can visualize surfaces in the tomogram to localize, label, and analyze proteins or other particle types.

    It runs as a @napari plugin and in standalone mode.

    #teamtomo

  28. biorxiv.org/content/10.1101/20

    We made Surforama to support particle picking on surfaces, particularly for cryoET. You can visualize surfaces in the tomogram to localize, label, and analyze proteins or other particle types.

    It runs as a @napari plugin and in standalone mode.

    #teamtomo

  29. biorxiv.org/content/10.1101/20

    We made Surforama to support particle picking on surfaces, particularly for cryoET. You can visualize surfaces in the tomogram to localize, label, and analyze proteins or other particle types.

    It runs as a @napari plugin and in standalone mode.

    #teamtomo

  30. Come see our deeper dive into human chromatin in situ at #cellbio2023. #teamtomo study led by Jon Chen and Tingsheng Liu. Poster P2005, Board B281, Monday Dec 4. Preprint: biorxiv.org/content/10.1101/20

  31. Come see our deeper dive into human chromatin in situ at #cellbio2023. #teamtomo study led by Jon Chen and Tingsheng Liu. Poster P2005, Board B281, Monday Dec 4. Preprint: biorxiv.org/content/10.1101/20

  32. Come see our deeper dive into human chromatin in situ at #cellbio2023. #teamtomo study led by Jon Chen and Tingsheng Liu. Poster P2005, Board B281, Monday Dec 4. Preprint: biorxiv.org/content/10.1101/20

  33. Cool article about the current state of #cryoET #teamTOMO

    Catching proteins at play: the method revealing the cell’s inner mysteries
    nature.com/articles/d41586-023

  34. Cool article about the current state of #cryoET #teamTOMO

    Catching proteins at play: the method revealing the cell’s inner mysteries
    nature.com/articles/d41586-023

  35. Cool article about the current state of #cryoET #teamTOMO

    Catching proteins at play: the method revealing the cell’s inner mysteries
    nature.com/articles/d41586-023

  36. Cool article about the current state of #cryoET #teamTOMO

    Catching proteins at play: the method revealing the cell’s inner mysteries
    nature.com/articles/d41586-023

  37. Postdoctoral Associate

    University of Pittsburgh

    Come join us for an exciting funded opportunity to explore the cell biology of disorder and push the boundaries of imaging!

    See the full job description on jobRxiv: jobrxiv.org/job/university-of-

    -EM ...
    jobrxiv.org/job/university-of-

  38. Catch up on the newest findings from the Haselbach Lab in collaboration with @univienna ⤵️
    ---
    RT @haselbachlab
    First result in our tomography software endeavor. Great collaboration with the university of Vienna. #teamTomo twitter.com/hararpavol/status/
    twitter.com/HaselbachLab/statu

  39. Catch up on the newest findings from the Haselbach Lab in collaboration with @univienna ⤵️
    ---
    RT @haselbachlab
    First result in our tomography software endeavor. Great collaboration with the university of Vienna. #teamTomo twitter.com/hararpavol/status/
    twitter.com/HaselbachLab/statu

  40. Catch up on the newest findings from the Haselbach Lab in collaboration with @univienna ⤵️
    ---
    RT @haselbachlab
    First result in our tomography software endeavor. Great collaboration with the university of Vienna. #teamTomo twitter.com/hararpavol/status/
    twitter.com/HaselbachLab/statu

  41. Catch up on the newest findings from the Haselbach Lab in collaboration with @univienna ⤵️
    ---
    RT @haselbachlab
    First result in our tomography software endeavor. Great collaboration with the university of Vienna. #teamTomo twitter.com/hararpavol/status/
    twitter.com/HaselbachLab/statu

  42. Catch up on the newest findings from the Haselbach Lab in collaboration with @univienna ⤵️
    ---
    RT @haselbachlab
    First result in our tomography software endeavor. Great collaboration with the university of Vienna. #teamTomo twitter.com/hararpavol/status/
    twitter.com/HaselbachLab/statu

  43. I reprocessed the T. kivui 70S ribosomes (EMPIAR-11058) with #RELION-4 to get a ~7 Å map in situ 🤩

    This map is now deposited @EMDB_EMPIAR as EMD-16451:
    ebi.ac.uk/emdb/EMD-16451

    #OpenSoftwareAcceleratesScience
    #TeamTomo #CryoET

  44. I reprocessed the T. kivui 70S ribosomes (EMPIAR-11058) with #RELION-4 to get a ~7 Å map in situ 🤩

    This map is now deposited @EMDB_EMPIAR as EMD-16451:
    ebi.ac.uk/emdb/EMD-16451

    #OpenSoftwareAcceleratesScience
    #TeamTomo #CryoET

  45. I reprocessed the T. kivui 70S ribosomes (EMPIAR-11058) with #RELION-4 to get a ~7 Å map in situ 🤩

    This map is now deposited @EMDB_EMPIAR as EMD-16451:
    ebi.ac.uk/emdb/EMD-16451

    #OpenSoftwareAcceleratesScience
    #TeamTomo #CryoET

  46. I reprocessed the T. kivui 70S ribosomes (EMPIAR-11058) with #RELION-4 to get a ~7 Å map in situ 🤩

    This map is now deposited @EMDB_EMPIAR as EMD-16451:
    ebi.ac.uk/emdb/EMD-16451

    #OpenSoftwareAcceleratesScience
    #TeamTomo #CryoET