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Showing 61 - 80 results of 32,996 for search '(( a large decrease ) OR ((( via ((nn decrease) OR (a decrease)) ) OR ( 9 large increases ))))', query time: 1.12s Refine Results
  1. 61
    Table_1_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.docx

    Table_1_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.docx by Akshaya K. Biswal (11893829)

    Published 2022
    “…Three XLG proteins combinatorically regulate seed filling, because loss confers a decrease in grain weight from 14% with loss of one XLG and loss of three to 32% decrease in grain weight. …”
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  2. 62
    Table_4_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.DOCX

    Table_4_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.DOCX by Akshaya K. Biswal (11893829)

    Published 2022
    “…Three XLG proteins combinatorically regulate seed filling, because loss confers a decrease in grain weight from 14% with loss of one XLG and loss of three to 32% decrease in grain weight. …”
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  3. 63
    Image_2_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.TIF

    Image_2_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.TIF by Akshaya K. Biswal (11893829)

    Published 2022
    “…Three XLG proteins combinatorically regulate seed filling, because loss confers a decrease in grain weight from 14% with loss of one XLG and loss of three to 32% decrease in grain weight. …”
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  4. 64
    Image_4_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.TIF

    Image_4_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.TIF by Akshaya K. Biswal (11893829)

    Published 2022
    “…Three XLG proteins combinatorically regulate seed filling, because loss confers a decrease in grain weight from 14% with loss of one XLG and loss of three to 32% decrease in grain weight. …”
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  5. 65
    Table_3_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.docx

    Table_3_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.docx by Akshaya K. Biswal (11893829)

    Published 2022
    “…Three XLG proteins combinatorically regulate seed filling, because loss confers a decrease in grain weight from 14% with loss of one XLG and loss of three to 32% decrease in grain weight. …”
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  6. 66
    Table_2_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.DOCX

    Table_2_Novel Mutant Alleles Reveal a Role of the Extra-Large G Protein in Rice Grain Filling, Panicle Architecture, Plant Growth, and Disease Resistance.DOCX by Akshaya K. Biswal (11893829)

    Published 2022
    “…Three XLG proteins combinatorically regulate seed filling, because loss confers a decrease in grain weight from 14% with loss of one XLG and loss of three to 32% decrease in grain weight. …”
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  7. 67
    Phytoplankton Increase Along the Kuroshio Due to the Large Meander

    Phytoplankton Increase Along the Kuroshio Due to the Large Meander by Takeyoshi Nagai (9249758)

    Published 2021
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  8. 68
    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy

    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy by Wan-Tao Chen (330486)

    Published 2024
    “…Materials that display blue-shifted and enhanced luminescence in response to mechanical stimuli are limited, and the related mechanism is difficult to investigate due to the unclear structural information. In this work, a series of Cu­(I) complexes that display blue-shifted and enhanced luminescence under pressure are designed via a guest encapsulation strategy. …”
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  9. 69
    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy

    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy by Wan-Tao Chen (330486)

    Published 2024
    “…Materials that display blue-shifted and enhanced luminescence in response to mechanical stimuli are limited, and the related mechanism is difficult to investigate due to the unclear structural information. In this work, a series of Cu­(I) complexes that display blue-shifted and enhanced luminescence under pressure are designed via a guest encapsulation strategy. …”
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  10. 70
    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy

    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy by Wan-Tao Chen (330486)

    Published 2024
    “…Materials that display blue-shifted and enhanced luminescence in response to mechanical stimuli are limited, and the related mechanism is difficult to investigate due to the unclear structural information. In this work, a series of Cu­(I) complexes that display blue-shifted and enhanced luminescence under pressure are designed via a guest encapsulation strategy. …”
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  11. 71
    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy

    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy by Wan-Tao Chen (330486)

    Published 2024
    “…Materials that display blue-shifted and enhanced luminescence in response to mechanical stimuli are limited, and the related mechanism is difficult to investigate due to the unclear structural information. In this work, a series of Cu­(I) complexes that display blue-shifted and enhanced luminescence under pressure are designed via a guest encapsulation strategy. …”
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  12. 72
    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy

    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy by Wan-Tao Chen (330486)

    Published 2024
    “…Materials that display blue-shifted and enhanced luminescence in response to mechanical stimuli are limited, and the related mechanism is difficult to investigate due to the unclear structural information. In this work, a series of Cu­(I) complexes that display blue-shifted and enhanced luminescence under pressure are designed via a guest encapsulation strategy. …”
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  13. 73
    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy

    Large and Tunable Wavelength Blue Shifts in Luminescent Piezochromism of Cu(I) Complexes via a Guest Encapsulation Strategy by Wan-Tao Chen (330486)

    Published 2024
    “…Materials that display blue-shifted and enhanced luminescence in response to mechanical stimuli are limited, and the related mechanism is difficult to investigate due to the unclear structural information. In this work, a series of Cu­(I) complexes that display blue-shifted and enhanced luminescence under pressure are designed via a guest encapsulation strategy. …”
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  14. 74
    <i>vFlip</i> expression largely protects from lethality induced by <i>cFlip</i> deletion.

    <i>vFlip</i> expression largely protects from lethality induced by <i>cFlip</i> deletion. by Barbara Ruder (8379354)

    Published 2020
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  15. 75
    Inhibition of Timeless decreases A549 cell proliferation.

    Inhibition of Timeless decreases A549 cell proliferation. by Ping Tian (697506)

    Published 2024
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  16. 76
    The decrease in embryonic survival after stress coincides with a decrease in oocyte and embryo size.

    The decrease in embryonic survival after stress coincides with a decrease in oocyte and embryo size. by Sarah Fausett (11812818)

    Published 2021
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  17. 77
    Fig 9 -

    Fig 9 - by Juan Declet-Barreto (8703009)

    Published 2022
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  18. 78
    Visual processing of symbology in head-fixed large Field-of-View displays

    Visual processing of symbology in head-fixed large Field-of-View displays by Frank L. Kooi (6645322)

    Published 2019
    “…While attractive for many applications, a HMD also forms a liability: large-FoV HMDs are known to cause eye-strain (Kooi, 1997) and the rate of information uptake is expected to decrease towards the edges.…”
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  19. 79
    Visual processing of symbology in head-fixed large Field-of-View displays

    Visual processing of symbology in head-fixed large Field-of-View displays by Frank L. Kooi (6645322)

    Published 2019
    “…While attractive for many applications, a HMD also forms a liability: large-FoV HMDs are known to cause eye-strain (Kooi, 1997) and the rate of information uptake is expected to decrease towards the edges.…”
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  20. 80
    Health behaviors are largely not predictive of adverse events following influenza vaccination

    Health behaviors are largely not predictive of adverse events following influenza vaccination by Erika Bohn-Goldbaum (6332321)

    Published 2022
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