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Showing 101 - 120 results of 18,282 for search '(( significant cause decrease ) OR ( significant ((greatest decrease) OR (a decrease)) ))', query time: 0.56s Refine Results
  1. 101
    Parameter diagram for the pit portions on the specimen surface (a) Volume (b) Surface Area (c) Depth (d) Cross-sectional area.

    Parameter diagram for the pit portions on the specimen surface (a) Volume (b) Surface Area (c) Depth (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  2. 102
    Parameter diagram for raised features on the specimen surface (a) Volume (b) Surface Area (c) Height (d) Cross-sectional area.

    Parameter diagram for raised features on the specimen surface (a) Volume (b) Surface Area (c) Height (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  3. 103
    Parameter diagram for the raised portions on the specimen surface (a) Volume (b) Surface Area (c) Height (d) Cross-sectional area.

    Parameter diagram for the raised portions on the specimen surface (a) Volume (b) Surface Area (c) Height (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  4. 104
    (a). Initial microscopic morphology map of test specimen surface. (b). Initial three-dimensional morphology map of test specimen surface.

    (a). Initial microscopic morphology map of test specimen surface. (b). Initial three-dimensional morphology map of test specimen surface. by Yang Li (7082)

    Published 2025
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  5. 105
    Parameter diagram for pit features on the specimen surface (a) Volume (b) Surface Area (c) Depth (d) Cross-sectional area.

    Parameter diagram for pit features on the specimen surface (a) Volume (b) Surface Area (c) Depth (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  6. 106
    Parameter diagram for the raised parts on the surface of the test specimen (a) Volume (b) Surface area (c) Height (d) Cross-sectional area.

    Parameter diagram for the raised parts on the surface of the test specimen (a) Volume (b) Surface area (c) Height (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  7. 107
    Parameter diagram for the pit parts on the surface of the test specimen (a) Volume (b) Surface area (c) Depth (d) Cross-sectional area.

    Parameter diagram for the pit parts on the surface of the test specimen (a) Volume (b) Surface area (c) Depth (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  8. 108
    Swab cultures around the hole of a needle-removing device.

    Swab cultures around the hole of a needle-removing device. by Miki Doi (15347878)

    Published 2024
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  9. 109
    Cyclosporin A significantly reduces the survival rate and completely inhibits the formation of multicellular aggregates in tolerant strains under caspofungin stress.

    Cyclosporin A significantly reduces the survival rate and completely inhibits the formation of multicellular aggregates in tolerant strains under caspofungin stress. by Yongqin Wu (272012)

    Published 2025
    “…<p>(A) Cyclosporin A decreases the survival rate of tolerant strains under caspofungin. …”
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  10. 110
    LC/MS/MS results for vitamin D analysis.

    LC/MS/MS results for vitamin D analysis. by Jessica S. Brown (15021996)

    Published 2025
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  11. 111
    Process for the gamma irradiation, extraction, and analysis of vitamin D in finfish.

    Process for the gamma irradiation, extraction, and analysis of vitamin D in finfish. by Jessica S. Brown (15021996)

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  12. 112
    The effect of irradiation on the percent recovery of vitamin D in salmon (left) and trout (right) fillets in the frozen state.

    The effect of irradiation on the percent recovery of vitamin D in salmon (left) and trout (right) fillets in the frozen state. by Jessica S. Brown (15021996)

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  13. 113
    The effect of irradiation on the percent recovery of vitamin D in salmon (left) and trout (right) fillets in the chilled state.

    The effect of irradiation on the percent recovery of vitamin D in salmon (left) and trout (right) fillets in the chilled state. by Jessica S. Brown (15021996)

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  14. 114
    Crude and age-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023.

    Crude and age-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

    Published 2025
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  15. 115
    Crude and type-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023.

    Crude and type-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

    Published 2025
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  16. 116
    Crude and residence-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023.

    Crude and residence-specific incidence rates (A), all-cause mortality rates (B), and prevalence rates (C) of liver cancer per 100,000 over 2014–2023. by Ayana Ablayeva (22103708)

    Published 2025
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  17. 117
    Parameter diagram for the pit portions on the surface of the test specimen (a) Total volume (b) Total surface area (c) Average depth (d) Cross-sectional area.

    Parameter diagram for the pit portions on the surface of the test specimen (a) Total volume (b) Total surface area (c) Average depth (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  18. 118
    Parameter diagram for the raised portions on the surface of the test specimen (a) Total volume (b) Total surface area (c) Average height (d) Cross-sectional area.

    Parameter diagram for the raised portions on the surface of the test specimen (a) Total volume (b) Total surface area (c) Average height (d) Cross-sectional area. by Yang Li (7082)

    Published 2025
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  19. 119
    Brain regions with significantly decreased activations for the Raven task are shown in blue.

    Brain regions with significantly decreased activations for the Raven task are shown in blue. by Morteza Fattahi (15892028)

    Published 2025
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  20. 120
    Evogliptin attenuates the pyroptotic cell death of VSMCs during CER treatment by decreasing the pyroptotic-associated genes and GSDM-D cleavage efficiency <i>in-vitro.</i>

    Evogliptin attenuates the pyroptotic cell death of VSMCs during CER treatment by decreasing the pyroptotic-associated genes and GSDM-D cleavage efficiency <i>in-vitro.</i> by Razia Rashid Rahil (22772495)

    Published 2025
    “…<p>(A) Bar graph showed EVO significantly decreased Lactate dehydrogenase (LDH) release in CER treated P<sub>i</sub>‐induced VSMCs. …”
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