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Showing 61 - 80 results of 5,027 for search '(( decrease ((impact resistance) OR (host resistance)) ) OR ( decrease plant resistance ))*', query time: 0.81s Refine Results
  1. 61
    Hypothetical model of the molecular mechanism underlying the ability of SACMV to suppress the host RNA silencing mechanism (PTGS) and systemic acquired resistance (SAR).

    Hypothetical model of the molecular mechanism underlying the ability of SACMV to suppress the host RNA silencing mechanism (PTGS) and systemic acquired resistance (SAR). by Bulelani L. Sizani (21485746)

    Published 2025
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  2. 62
    RNA-seq and differential gene expression analyses of the resistant and susceptible families.

    RNA-seq and differential gene expression analyses of the resistant and susceptible families. by Jianbo Yuan (510808)

    Published 2024
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  3. 63
    Isolates harboring both resistance genotypes.

    Isolates harboring both resistance genotypes. by Rael J. Too (14664679)

    Published 2023
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  4. 64
    Facilitation among resident species strengthens colonization resistance.

    Facilitation among resident species strengthens colonization resistance. by Helen M. Kurkjian (3247230)

    Published 2021
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  5. 65
    Facilitation among resident species strengthens colonization resistance.

    Facilitation among resident species strengthens colonization resistance. by Helen M. Kurkjian (3247230)

    Published 2021
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  6. 66
    Only at large invader propagules colonization resistance is weakened.

    Only at large invader propagules colonization resistance is weakened. by Helen M. Kurkjian (3247230)

    Published 2021
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  7. 67
    Detection of NSs protein content with different treatment in both host using ID-ELISA.

    Detection of NSs protein content with different treatment in both host using ID-ELISA. by Jing Li (10611)

    Published 2022
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  8. 68
    Image 4_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 4_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  9. 69
    Image 6_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 6_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  10. 70
    Image 1_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 1_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  11. 71
    Image 3_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 3_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  12. 72
    Image 9_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 9_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  13. 73
    Image 7_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 7_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  14. 74
    Image 8_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 8_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  15. 75
    Image 5_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 5_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  16. 76
    Image 2_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg

    Image 2_Tuber indicum colonization enhances plant drought tolerance by modifying physiological, rhizosphere metabolic and bacterial community responses in Pinus armandii.jpeg by Lanlan Huang (421909)

    Published 2025
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  17. 77
    Table_1_Roles of the MYB94/FUSED LEAVES1 (ZmFDL1) and GLOSSY2 (ZmGL2) genes in cuticle biosynthesis and potential impacts on Fusarium verticillioides growth on maize silks.xlsx

    Table_1_Roles of the MYB94/FUSED LEAVES1 (ZmFDL1) and GLOSSY2 (ZmGL2) genes in cuticle biosynthesis and potential impacts on Fusarium verticillioides growth on maize silks.xlsx by Giulia Castorina (3531557)

    Published 2023
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  18. 78
    DataSheet_1_Roles of the MYB94/FUSED LEAVES1 (ZmFDL1) and GLOSSY2 (ZmGL2) genes in cuticle biosynthesis and potential impacts on Fusarium verticillioides growth on maize silks.pdf

    DataSheet_1_Roles of the MYB94/FUSED LEAVES1 (ZmFDL1) and GLOSSY2 (ZmGL2) genes in cuticle biosynthesis and potential impacts on Fusarium verticillioides growth on maize silks.pdf by Giulia Castorina (3531557)

    Published 2023
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  19. 79
    DataSheet_2_Roles of the MYB94/FUSED LEAVES1 (ZmFDL1) and GLOSSY2 (ZmGL2) genes in cuticle biosynthesis and potential impacts on Fusarium verticillioides growth on maize silks.pdf

    DataSheet_2_Roles of the MYB94/FUSED LEAVES1 (ZmFDL1) and GLOSSY2 (ZmGL2) genes in cuticle biosynthesis and potential impacts on Fusarium verticillioides growth on maize silks.pdf by Giulia Castorina (3531557)

    Published 2023
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  20. 80
    <i>PGRP-LC</i> knockdown in gut mitigates the decrease in lifespan caused by heat-killed <i>A</i>. <i>persici</i>.

    <i>PGRP-LC</i> knockdown in gut mitigates the decrease in lifespan caused by heat-killed <i>A</i>. <i>persici</i>. by Taro Onuma (15195377)

    Published 2023
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