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  1. Structural insights into sphingosine 1-phosphate receptor 4 activation

    This article has 24 authors:
    1. Wei Gao
    2. Shiyi Gan
    3. Mengting Zhang
    4. Asuka Inoue
    5. Mengting Xie
    6. Huan He
    7. Huan Zhu
    8. Shanshan Guo
    9. Chen Qiu
    10. Di Chang
    11. Jinling Yu
    12. Zhuo Deng
    13. Fang Ye
    14. Shiliang Li
    15. Jian Zhang
    16. Zhenjiang Zhao
    17. Mengzhu Xue
    18. Bernard Ofosuhene
    19. Yufang Xu
    20. Honghuang Lin
    21. Xuhong Qian
    22. Lili Zhu
    23. Yang Du
    24. Honglin Li
    This article has no evaluationsAppears in 1 listLatest version
  2. Domain coupling in activation of a family C GPCR

    This article has 8 authors:
    1. Naomi R. Latorraca
    2. Sam Sabaat
    3. Chris H. Habrian
    4. Julia Bleier
    5. Cherise Stanley
    6. Colin D. Kinz-Thompson
    7. Susan Marqusee
    8. Ehud Y. Isacoff
    This article has no evaluationsAppears in 1 listLatest version
  3. Multimodal intrinsic activation of GPCRs in ultrastable plasma membrane nanodomains

    This article has 16 authors:
    1. Gabriele Kockelkoren
    2. Jens Carstensen
    3. Line Lauritsen
    4. Eleftheria Kazepidou
    5. Asger Tonnesen
    6. Christopher G. Shuttle
    7. Paulina S. Kaas
    8. Ankur Gupta
    9. Artù Breuer
    10. Søren G. F. Rasmussen
    11. Loïc Duffet
    12. Tony Warne
    13. Tommaso Patriarchi
    14. Christopher G. Tate
    15. Mark Uline
    16. Dimitrios Stamou
    This article has no evaluationsAppears in 1 listLatest version
  4. CTFFIND5 provides improved insight into quality, tilt, and thickness of TEM samples

    This article has 4 authors:
    1. Johannes Elferich
    2. Lingli Kong
    3. Ximena Zottig
    4. Nikolaus Grigorieff
    This article has been curated by 1 group:
    • Curated by eLife

      eLife Assessment

      This valuable work presents the latest version of CTFFIND, which is the most popular software for determination of the contrast transfer function (CTF) in cryo-electron microscopy. CTFFIND5 estimates and considers acquisition geometry and sample thickness, which leads to improved CTF determination. The paper describes compelling evidence that CTFFIND5 finds better CTF parameters than previous methods, in particular for tilted samples (e.g. for cryo-electron tomography) or where thickness is an issue (e.g. cellular samples, or electron microscopy at low voltages).

    Reviewed by eLife

    This article has 8 evaluationsAppears in 2 listsLatest version Latest activity