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Showing 1 - 20 results of 3,723 for search '(( significant source decrease ) OR ( significant rivers decreased ))', query time: 0.25s Refine Results
  1. 1
    Data sources.

    Data sources. by Huan Tang (334333)

    Published 2024
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  2. 2
    BLyS<sup>-/-</sup> significantly decreased IgM and IgG secreting cells.

    BLyS<sup>-/-</sup> significantly decreased IgM and IgG secreting cells. by Natalie M. Bath (6316517)

    Published 2022
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  3. 3
    Sampling point (Source:

    Sampling point (Source: by Yonggang Huang (223155)

    Published 2025
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  4. 4
    Pixel-wise trends in annual time series data of NDVI and Tmin during 1982 to 2015 (a) Sen’s slope of NDVI (b) p-values of NDVI, (c)significant trends (p<0.05) in average annual slope (p<0.01) of NDVI and (d) significant trends in annual average slope (p<0.05) of Tmin.

    Pixel-wise trends in annual time series data of NDVI and Tmin during 1982 to 2015 (a) Sen’s slope of NDVI (b) p-values of NDVI, (c)significant trends (p<0.05) in average annual slo... by Jamal Hassan Ougahi (13513875)

    Published 2022
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  5. 5
    Ivermectin significantly decreases <i>L</i>. <i>loa</i> mf in BALB/c mice.

    Ivermectin significantly decreases <i>L</i>. <i>loa</i> mf in BALB/c mice. by Rene Bilingwe Ayiseh (6900296)

    Published 2023
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  6. 6
    APRIL<sup>-/-</sup> and BLyS<sup>-/-</sup> lymphocyte proliferation significantly decreased when challenged with alloantigen.

    APRIL<sup>-/-</sup> and BLyS<sup>-/-</sup> lymphocyte proliferation significantly decreased when challenged with alloantigen. by Natalie M. Bath (6316517)

    Published 2022
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  7. 7
    Treatment with ICs causes a significant decrease in podocyte proliferation.

    Treatment with ICs causes a significant decrease in podocyte proliferation. by George Haddad (470789)

    Published 2023
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  8. 8
    Spatial distribution of seroprevalence in China between 1982–2020 based on inverse distance weighted interpolation.

    Spatial distribution of seroprevalence in China between 1982–2020 based on inverse distance weighted interpolation. by Yu Zhou (89766)

    Published 2024
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  9. 9
    Changing trend of seroprevalence between 1982 and 2020.

    Changing trend of seroprevalence between 1982 and 2020. by Yu Zhou (89766)

    Published 2024
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  10. 10
    Forest plot of annual seroprevalence for schistosomiasis with random-effects analyses.

    Forest plot of annual seroprevalence for schistosomiasis with random-effects analyses. by Yu Zhou (89766)

    Published 2024
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  11. 11
    Age group data.

    Age group data. by Yu Zhou (89766)

    Published 2024
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  12. 12
    Flow chart of search and selection of articles.

    Flow chart of search and selection of articles. by Yu Zhou (89766)

    Published 2024
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  13. 13
    The list of included studies.

    The list of included studies. by Yu Zhou (89766)

    Published 2024
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  14. 14
    Spatial distribution of the average seroprevalence under 20 years old from 1982 to 2020.

    Spatial distribution of the average seroprevalence under 20 years old from 1982 to 2020. by Yu Zhou (89766)

    Published 2024
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  15. 15
    Sensitivity analyses of seroprevalence with the smallest sample size study omitted.

    Sensitivity analyses of seroprevalence with the smallest sample size study omitted. by Yu Zhou (89766)

    Published 2024
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  16. 16
    Sensitivity analyses of seroprevalence with the largest sample size study omitted.

    Sensitivity analyses of seroprevalence with the largest sample size study omitted. by Yu Zhou (89766)

    Published 2024
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  17. 17
    The seroprevalence of schistosomiasis japonica in different age groups.

    The seroprevalence of schistosomiasis japonica in different age groups. by Yu Zhou (89766)

    Published 2024
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  18. 18
    Source data for Fig 1.

    Source data for Fig 1. by Rahsan Erdem (11726357)

    Published 2021
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  19. 19
    Source data for Fig 2.

    Source data for Fig 2. by Rahsan Erdem (11726357)

    Published 2021
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  20. 20
    Source data for Fig 3.

    Source data for Fig 3. by Rahsan Erdem (11726357)

    Published 2021
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