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Showing 1,341 - 1,360 results of 227,376 for search '(( a ((((mean decrease) OR (a decrease))) OR (linear decrease)) ) OR ( i large decrease ))', query time: 1.82s Refine Results
  1. 1341
    Robustness, amplitude, and mesor of URs in decreasing photoperiods.

    Robustness, amplitude, and mesor of URs in decreasing photoperiods. by Brian J. Prendergast (313680)

    Published 2013
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  2. 1342
    Decreased cell number and size in AF flies.

    Decreased cell number and size in AF flies. by Dan Zhou (29408)

    Published 2007
    “…Further estimation of the total number of cells in the wing by multiplying the area by the cell density resulted in a total 10.2% cell loss in AF flies. Therefore, the reduction of the fly size is due to decrease of both cell size and cell number. …”
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  3. 1343
    Morphine decreases podocyte expression of SD molecules.

    Morphine decreases podocyte expression of SD molecules. by Xiqian Lan (219539)

    Published 2013
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  4. 1344
    Madrasin decreases transcription of protein-coding genes.

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

    Published 2024
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  5. 1345
    Prevalence, complexity and period of URs in decreasing photoperiods.

    Prevalence, complexity and period of URs in decreasing photoperiods. by Brian J. Prendergast (313680)

    Published 2013
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  6. 1346
    Interference with SUMOylation decreases FOXL2 transactivation.

    Interference with SUMOylation decreases FOXL2 transactivation. by Adrien Georges (201474)

    Published 2011
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  7. 1347
    Triptolide decreases proliferation and viability of NSCLC cells.

    Triptolide decreases proliferation and viability of NSCLC cells. by Ilona Rousalova (470837)

    Published 2013
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  8. 1348
    Knockdown of Mrpl44 decreases mitochondrial translation.

    Knockdown of Mrpl44 decreases mitochondrial translation. by Janet H. C. Yeo (777028)

    Published 2015
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  9. 1349
    Decreased skin blood flow in diabetic animals.

    Decreased skin blood flow in diabetic animals. by Shoista Kambiz (740608)

    Published 2015
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  10. 1350
    Down-regulation of ANG decreased FAK phosphorylation.

    Down-regulation of ANG decreased FAK phosphorylation. by Saisai Wei (192330)

    Published 2011
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  11. 1351
    Klotho decreased the expression of CHOP in mouse heart.

    Klotho decreased the expression of CHOP in mouse heart. by Shuang Song (457799)

    Published 2013
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  12. 1352
    Decreased focus score in early treated mice.

    Decreased focus score in early treated mice. by Nienke Roescher (159484)

    Published 2013
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  13. 1353
    Rg3 decreases HDAC3 expression.

    Rg3 decreases HDAC3 expression. by Xiu Shan (62157)

    Published 2014
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  14. 1354
    Intratesticular testosterone levels are decreased in Sickle mice.

    Intratesticular testosterone levels are decreased in Sickle mice. by Biljana Musicki (429541)

    Published 2015
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  15. 1355
    Silencing of MCT4 decreases cell proliferation.

    Silencing of MCT4 decreases cell proliferation. by Jiang Zhu (40858)

    Published 2014
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  16. 1356
    Calpeptin treatment decreases cell density and proliferation.

    Calpeptin treatment decreases cell density and proliferation. by Daniela M. Santos (211055)

    Published 2013
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  17. 1357
    EGR1 decreased uPA activity.

    EGR1 decreased uPA activity. by Yukihiro Matsunoshita (232591)

    Published 2011
    “…ELISA assay showed that EGR1 decreased uPA activity 0.40-fold in 143B (A). uPA activity was decreased 0.49-fold by EGR1 in Saos-2 (B). …”
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  18. 1358
    The characterization and the decreased toxicity of liposomal SANT75.

    The characterization and the decreased toxicity of liposomal SANT75. by Yike Yuan (396954)

    Published 2013
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  19. 1359
    Maximum IFN concentrations are decreased in severe patients.

    Maximum IFN concentrations are decreased in severe patients. by Sonia T. Gazeau (21512764)

    Published 2025
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  20. 1360
    Release-decreasing vs. release-increasing astrocytes.

    Release-decreasing vs. release-increasing astrocytes. by Maurizio De Pittà (194237)

    Published 2011
    “…The nature of the change depends on the nature of presynaptic receptors. (<b>A</b>) For α = 0, the effect of the astrocytic glutamate is a global decrease of synaptic release, which fades away slowly from its onset at rate Ω<sub>G</sub> (<i>green area</i>). …”
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