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  1. The membrane domains of mammalian adenylyl cyclases are lipid receptors

    This article has 6 authors:
    1. Marius Landau
    2. Sherif Elsabbagh
    3. Harald Gross
    4. Adrian CD Fuchs
    5. Anita CF Schultz
    6. Joachim E Schultz
    This article has been curated by 1 group:
    • Curated by eLife

      eLife Assessment

      This manuscript describes an important study of a new lipid-mediated regulation mechanism of adenylyl cyclases. The biochemical evidence provided is convincing and will trigger more research in this mechanism. This manuscript will be of interest to all scientists working on lipid regulation and adenylyl cyclases.

    Reviewed by eLife, Arcadia Science

    This article has 12 evaluationsAppears in 2 listsLatest version Latest activity
  2. Raspberry Pi–powered imaging for plant phenotyping

    This article has 12 authors:
    1. Jose C. Tovar
    2. J. Steen Hoyer
    3. Andy Lin
    4. Allison Tielking
    5. Steven T. Callen
    6. S. Elizabeth Castillo
    7. Michael Miller
    8. Monica Tessman
    9. Noah Fahlgren
    10. James C. Carrington
    11. Dmitri A. Nusinow
    12. Malia A. Gehan

    Reviewed by Arcadia Science

    This article has 1 evaluationAppears in 1 listLatest version Latest activity
  3. Macroscopic label-free biomedical imaging with shortwave infrared Raman scattering

    This article has 20 authors:
    1. Bernardo A. Arús
    2. Joycelyn Yiu
    3. Jakob G. P. Lingg
    4. Anja Hofmann
    5. Amy R. Fumo
    6. Honglei Ji
    7. Carolin Jethwa
    8. Roy K. Park
    9. James Henderson
    10. Kanuj Mishra
    11. Iuliia Mukha
    12. Andre C. Stiel
    13. Donato Santovito
    14. Christian Weber
    15. Christian Reeps
    16. Maria Rohm
    17. Alexander Bartelt
    18. Tulio A. Valdez
    19. Andriy Chmyrov
    20. Oliver T. Bruns

    Reviewed by Arcadia Science

    This article has 7 evaluationsAppears in 1 listLatest version Latest activity
  4. Amidase and lysozyme dual functions in TseP reveal a new family of chimeric effectors in the type VI secretion system

    This article has 8 authors:
    1. Zeng-Hang Wang
    2. Ying An
    3. Ting Zhao
    4. Tong-Tong Pei
    5. Dora Yuping Wang
    6. Xiaoye Liang
    7. Wenming Qin
    8. Tao Dong
    This article has been curated by 1 group:
    • Curated by eLife

      eLife Assessment

      This important study describes how a single effector of the Type Six Secretion System (T6SS) has two distinct functions, which may contribute to bacterial survival and the development of novel antibacterials. The authors utilized various methods in biochemistry, microbiology, and microscopy to produce convincing data supporting their claims about the protein's function; however, they could clarify the implications for non-experts to enhance the accessibility of this work. This manuscript is of interest to those studying T6SS, particularly those interested in effectors and bacterial enzymes.

    Reviewed by eLife, Arcadia Science

    This article has 10 evaluationsAppears in 2 listsLatest version Latest activity