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Showing 141 - 160 results of 35,237 for search '(( significantly ((we decrease) OR (teer decrease)) ) OR ( significant decrease rice ))', query time: 4.08s Refine Results
  1. 141
    Expression (FPKM) of 634 candidate genes among 754 genes specifically down-regulated in <i>OE-OsNF-YA2</i> transgenic plants after RSV infection.

    Expression (FPKM) of 634 candidate genes among 754 genes specifically down-regulated in <i>OE-OsNF-YA2</i> transgenic plants after RSV infection. by Xiaoxiang Tan (12542842)

    Published 2022
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  2. 142
    The differentially up-regulated genes in OE-OsNF-YA2-CK versus NIP-CK, OE-OsNF-YA2-RSV versus NIP-RSV, and NIP-RSV versus NIP-CK subsets.

    The differentially up-regulated genes in OE-OsNF-YA2-CK versus NIP-CK, OE-OsNF-YA2-RSV versus NIP-RSV, and NIP-RSV versus NIP-CK subsets. by Xiaoxiang Tan (12542842)

    Published 2022
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  3. 143
    Transcriptomic analysis of regulatory gene expression profiles in plants over-expressing <i>OsNF-YA2</i> and in response to RSV infection.

    Transcriptomic analysis of regulatory gene expression profiles in plants over-expressing <i>OsNF-YA2</i> and in response to RSV infection. by Xiaoxiang Tan (12542842)

    Published 2022
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  4. 144
    OsNF-YAs suppress JA signaling.

    OsNF-YAs suppress JA signaling. by Xiaoxiang Tan (12542842)

    Published 2022
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  5. 145
    Root length sensitivity of <i>OsNF-YAs</i> transgenic plants following MeJA treatment.

    Root length sensitivity of <i>OsNF-YAs</i> transgenic plants following MeJA treatment. by Xiaoxiang Tan (12542842)

    Published 2022
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  6. 146
    OsNF-YAs interact with OsMYC2/3.

    OsNF-YAs interact with OsMYC2/3. by Xiaoxiang Tan (12542842)

    Published 2022
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  7. 147
    Model showing how OsNF-YAs manipulate the JA-mediated antiviral defense.

    Model showing how OsNF-YAs manipulate the JA-mediated antiviral defense. by Xiaoxiang Tan (12542842)

    Published 2022
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  8. 148
    <i>OsNF-YAs</i> RNAi mutants are more resistant to viruses.

    <i>OsNF-YAs</i> RNAi mutants are more resistant to viruses. by Xiaoxiang Tan (12542842)

    Published 2022
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  9. 149
    The expression levels of <i>OsNF-YAs</i> genes in <i>OsNF-YAs</i> transgenic plants and the survival rates of the insect vectors on them.

    The expression levels of <i>OsNF-YAs</i> genes in <i>OsNF-YAs</i> transgenic plants and the survival rates of the insect vectors on them. by Xiaoxiang Tan (12542842)

    Published 2022
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  10. 150
    The differentially down-regulated genes in OE-OsNF-YA2-CK versus NIP-CK, OE-OsNF-YA2-RSV versus NIP-RSV, and NIP-RSV versus NIP-CK subsets.

    The differentially down-regulated genes in OE-OsNF-YA2-CK versus NIP-CK, OE-OsNF-YA2-RSV versus NIP-RSV, and NIP-RSV versus NIP-CK subsets. by Xiaoxiang Tan (12542842)

    Published 2022
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  11. 151
    Expression (FPKM) of 429 candidate genes among 971 genes specifically up-regulated in <i>OE-OsNF-YA2</i> transgenic plants after RSV infection.

    Expression (FPKM) of 429 candidate genes among 971 genes specifically up-regulated in <i>OE-OsNF-YA2</i> transgenic plants after RSV infection. by Xiaoxiang Tan (12542842)

    Published 2022
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  12. 152
    Original images for immunoblots.

    Original images for immunoblots. by Xiaoxiang Tan (12542842)

    Published 2022
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  13. 153
    OsNF-YAs disturb the transcriptional activation of OsMYC2/3.

    OsNF-YAs disturb the transcriptional activation of OsMYC2/3. by Xiaoxiang Tan (12542842)

    Published 2022
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  14. 154
    The effect of OsNF-YAs on the transcriptional expression of <i>OsMYC2/3</i> or <i>OsMED25</i> in <i>N. benthamiana</i>.

    The effect of OsNF-YAs on the transcriptional expression of <i>OsMYC2/3</i> or <i>OsMED25</i> in <i>N. benthamiana</i>. by Xiaoxiang Tan (12542842)

    Published 2022
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  15. 155
    OsNF-YAs suppress JA signaling.

    OsNF-YAs suppress JA signaling. by Xiaoxiang Tan (12542842)

    Published 2022
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  16. 156
    TAD motif of OsMYC3 is required for interaction with OsMED25 or OsNF-YAs.

    TAD motif of OsMYC3 is required for interaction with OsMED25 or OsNF-YAs. by Xiaoxiang Tan (12542842)

    Published 2022
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  17. 157
    Effects of exogenous JA on RSV-infected <i>OE-OsNF-YA2</i> transgenic lines.

    Effects of exogenous JA on RSV-infected <i>OE-OsNF-YA2</i> transgenic lines. by Xiaoxiang Tan (12542842)

    Published 2022
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  18. 158
    Different effects of intervention: We simulate an intervention that decreases the nosocomial transmission rate by a factor of 70% (<i>β</i>→0.3<i>β</i>) starting from January 2011.

    Different effects of intervention: We simulate an intervention that decreases the nosocomial transmission rate by a factor of 70% (<i>β</i>→0.3<i>β</i>) starting from January 2011.... by Tal T. Robin (17847380)

    Published 2024
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  19. 159
    The fraction of predicted heterozygotes that are set to “No Call” by RHA decreases as the size of the heterozygote cluster increases.

    The fraction of predicted heterozygotes that are set to “No Call” by RHA decreases as the size of the heterozygote cluster increases. by Orna Mizrahi-Man (42539)

    Published 2022
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  20. 160
    Manhattan plot that shows the location of genes involved in folate, homocysteine, and transsulfuration pathways for which we observed, from hybrid analyses, a significantly decreased risk of obstructive heart defects when the risk variant was paternally-derived compared to maternally-derived, The National Birth Defects Prevention Study, USA, October 1997–August 2008 births.

    Manhattan plot that shows the location of genes involved in folate, homocysteine, and transsulfuration pathways for which we observed, from hybrid analyses, a significantly decreased risk of obstructive heart defects when the risk variant was paternally-derived compared to maternally-derived, The National Birth Defects Prevention Study, USA, October 1997–August 2008 births. by Jenil Patel (10271373)

    Published 2021
    “…<p>Manhattan plot that shows the location of genes involved in folate, homocysteine, and transsulfuration pathways for which we observed, from hybrid analyses, a significantly decreased risk of obstructive heart defects when the risk variant was paternally-derived compared to maternally-derived, The National Birth Defects Prevention Study, USA, October 1997–August 2008 births.…”
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