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Showing 101 - 120 results of 48,645 for search '(( significant ((genes decrease) OR (greater decrease)) ) OR ( significant could increase ))', query time: 0.95s Refine Results
  1. 101
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  2. 102
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  3. 103
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  4. 104
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  5. 105
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  6. 106
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  7. 107
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  8. 108
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
    Save to List
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  9. 109
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
    Save to List
    Saved in:
  10. 110
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
    Save to List
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  11. 111
    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs

    eCoral: How Electrolysis Could Restore Seawater Conditions Ideal for Coral Reefs by Eric W. Lees (8946101)

    Published 2024
    “…We conclude that near the negative electrodes, the cathodes, seawater pH, supersaturation, and carbonate concentration all increase significantly. Electrolysis of seawater, therefore, can be used to restore preindustrial ocean conditions locally to save coral reefs, an approach termed eCoral here. …”
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  12. 112
    Madrasin decreases transcription of protein-coding genes.

    Madrasin decreases transcription of protein-coding genes. by Michael Tellier (8284752)

    Published 2024
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  13. 113
    Oral (p.o.) administration of OX-201 significantly increased respiratory activity in free-moving mice.

    Oral (p.o.) administration of OX-201 significantly increased respiratory activity in free-moving mice. by Ryuji Yamada (2733214)

    Published 2024
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  14. 114
    Intravenous (i.v.) OX-201 administration significantly increased burst frequency of the diaphragm in anesthetized rats.

    Intravenous (i.v.) OX-201 administration significantly increased burst frequency of the diaphragm in anesthetized rats. by Ryuji Yamada (2733214)

    Published 2024
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  15. 115
    Diagram of a single copy gene (SCG) standard curve.

    Diagram of a single copy gene (SCG) standard curve. by Raheleh Farahzadi (3860311)

    Published 2023
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  16. 116
    Significant GO terms for all genes/transcripts detected in rams’ sperm samples.

    Significant GO terms for all genes/transcripts detected in rams’ sperm samples. by Irene Ureña (6665366)

    Published 2022
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  17. 117
    Species accumulation curve.

    Species accumulation curve. by Nguyen Thi Hai (12700147)

    Published 2022
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  18. 118
    Opposing trends in abundance of two genera, <i>Anaerostipes</i> and <i>Escherichia-Shigella</i>.

    Opposing trends in abundance of two genera, <i>Anaerostipes</i> and <i>Escherichia-Shigella</i>. by Nguyen Thi Hai (12700147)

    Published 2022
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  19. 119
    Comparisons of abundance (numbers of sequence reads) of some bacteria between Ss- and Ss+ group.

    Comparisons of abundance (numbers of sequence reads) of some bacteria between Ss- and Ss+ group. by Nguyen Thi Hai (12700147)

    Published 2022
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  20. 120
    Alpha diversity of the gut microbiota in Ss- and Ss+ groups, calculated according to several indices.

    Alpha diversity of the gut microbiota in Ss- and Ss+ groups, calculated according to several indices. by Nguyen Thi Hai (12700147)

    Published 2022
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