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Showing 1,581 - 1,600 results of 93,057 for search '(( a ((we decrease) OR (teer decrease)) ) OR ( i ((largest decrease) OR (larger decrease)) ))', query time: 1.15s Refine Results
  1. 1581
    Increased miR200c decreases FAP-1 expression.

    Increased miR200c decreases FAP-1 expression. by Sabarinathan Ramachandran (444500)

    Published 2013
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  2. 1582
    Table_1_CRISPR/Cas9-mediated targeted mutation of the E1 decreases photoperiod sensitivity, alters stem growth habits, and decreases branch number in soybean.docx

    Table_1_CRISPR/Cas9-mediated targeted mutation of the E1 decreases photoperiod sensitivity, alters stem growth habits, and decreases branch number in soybean.docx by Zhao Wan (12698318)

    Published 2022
    “…The major maturity gene E1 of soybean plays a critical role in soybean photoperiod response. …”
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  3. 1583
    Table_2_CRISPR/Cas9-mediated targeted mutation of the E1 decreases photoperiod sensitivity, alters stem growth habits, and decreases branch number in soybean.xlsx

    Table_2_CRISPR/Cas9-mediated targeted mutation of the E1 decreases photoperiod sensitivity, alters stem growth habits, and decreases branch number in soybean.xlsx by Zhao Wan (12698318)

    Published 2022
    “…The major maturity gene E1 of soybean plays a critical role in soybean photoperiod response. …”
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  4. 1584
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  5. 1585
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  6. 1586
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  7. 1587
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  8. 1588
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  9. 1589
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  10. 1590
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  11. 1591
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  12. 1592
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  13. 1593
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
    “…Consistent with known effects of constraining high concentrations of proteins to a membrane <i>in vitro</i>, there is localized curvature and tension decrease in the plasma membrane. …”
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  14. 1594
    In house finch Harderian glands, we identified ˜90% fewer differentially expressed genes when comparing non-infected controls to MG-infected birds from populations that are more tolerant to MG (light circle) and populations that are less tolerant to MG (dark circle).

    In house finch Harderian glands, we identified ˜90% fewer differentially expressed genes when comparing non-infected controls to MG-infected birds from populations that are more to... by Amberleigh E. Henschen (3257235)

    Published 2023
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  15. 1595
    Superimposition of the cephalometric tracings obtained before and after treatment of case with premolar tooth extraction.

    Superimposition of the cephalometric tracings obtained before and after treatment of case with premolar tooth extraction. by Lijuan Liu (136685)

    Published 2025
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  16. 1596
    Superimposition of the cephalometric tracings obtained before and after treatment of case with mandibular third molar extraction.

    Superimposition of the cephalometric tracings obtained before and after treatment of case with mandibular third molar extraction. by Lijuan Liu (136685)

    Published 2025
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  17. 1597
    Typical measurement parameters.

    Typical measurement parameters. by Lijuan Liu (136685)

    Published 2025
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  18. 1598
    Cephalometric measurement points.

    Cephalometric measurement points. by Lijuan Liu (136685)

    Published 2025
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  19. 1599
    Posttreatment facial, intraoral photographs, and radiographs of the case with premolar tooth extraction.

    Posttreatment facial, intraoral photographs, and radiographs of the case with premolar tooth extraction. by Lijuan Liu (136685)

    Published 2025
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  20. 1600
    Anonymized raw cephalometric data.

    Anonymized raw cephalometric data. by Lijuan Liu (136685)

    Published 2025
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