Showing 46,741 - 46,760 results of 226,405 for search '(( a ((((larger decrease) OR (a decrease))) OR (linear decrease)) ) OR ( a largest decrease ))', query time: 1.86s Refine Results
  1. 46741

    Validation of quantitative proteomics result using immunoblots. by Ju Mi Jeon (7207985)

    Published 2019
    “…<p>(A) Western blotting analysis of proteins with increased (Crk, SerpinB3, Cystatin-M), decreased (ULBP2), and unchanged secretion (Follistatin) in conditioned media (CM) and cell extract (CE) samples from PC3/nKR cells as compared with those from PC3 cells. …”
  2. 46742

    Dependence of the accuracy of the <i>FI</i><sub><i>MSS</i></sub> entries on the number of pseudo data sets. by Christoph Zimmer (3095667)

    Published 2016
    “…As the width of the gray area is decreasing, the accuracy is increasing. One can see that already small values as <i>M</i> = 400 give a good approximation.…”
  3. 46743
  4. 46744

    mTORC2 is an upstream upregulator of SIK3 expression and phosphorylation. by Suneetha Amara (4179406)

    Published 2017
    “…<p>(A) Schematic of the potential interplay between mTOR2 and SIK3. …”
  5. 46745
  6. 46746

    Image_5_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.TIF by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  7. 46747

    Image_1_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.TIF by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  8. 46748

    Image_2_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.TIF by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  9. 46749

    Table_2_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.XLS by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  10. 46750

    Image_4_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.TIF by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  11. 46751

    Grading system for assessment of MRI features of lumbar disc degeneration. by Romain Shanil Perera (3637363)

    Published 2017
    “…<p>Grade 1 (A)—homogeneous disc structure, normal disc height and distinction of nucleus and annulus is clear; grade 2 (B)—nonhomogeneous shape with horizontal bands, some blurring between nucleus and annulus; grade 3 (C)—nonhomogeneous shape with blurring between nucleus and annulus, shape of the annulus still recognizable; grade 4 (D)—nonhomogeneous shape with hypointensity, distinction between nucleus and annulus impossible, disc height usually decreased; grade 5 (E)—same as grade 4 but with a collapsed disc space.…”
  12. 46752

    Image_3_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.TIF by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  13. 46753

    Hippocampal degeneration in HIV-1 Tg rats. by Young-Eun Cho (325567)

    Published 2017
    “…<p>(A, B) Representative images of the coronal hippocampal CA1 region, CA3 region and dentate gyrus (DG) from WT or HIV-1 Tg rats stained with cresyl violet (A) or H&E (B) to show decreased neuronal cells in HIV-1 Tg rats. …”
  14. 46754

    Table_1_Effects of Circular RNA of Chicken Growth Hormone Receptor Gene on Cell Proliferation.XLS by Haidong Xu (35210)

    Published 2021
    “…Previously, we identified a circular RNA derived from the chicken GHR gene, named circGHR. …”
  15. 46755

    MSKE and Z-FY-CHO inhibit cell migration and invasion. by Liza J. Burton (615553)

    Published 2019
    “…<p>(<b>A</b>) Migration on collagen and (<b>B</b>) Invasion on matrigel was performed using a boyden chamber with or without treatment of MDA-MB-468 or MDA-MB-231 cells with MSKE or Z-FY-CHO. …”
  16. 46756

    CUX1 directly binds to the ER-α promoter and is antagonized by Cat L inhibitor (Z-FY-CHO) or MSKE. by Liza J. Burton (615553)

    Published 2019
    “…<p>(<b>A</b>) MCF-7 Neo and MCF-7 cells overexpressing Snail (MCF-7 Snail) or (<b>C</b>) MDA-MB-468 cells were utilized for ChIP analysis with anti-CUX1 antibody or goat IgG as a negative control to immunoprecipitate, and qRT-PCR with primers to ER-α promoter containing the CUX1 consensus site or primers to a promoter region that does not contain CUX1 consensus site (ER-α Control) as another control. …”
  17. 46757

    Comparison of pre-treatment and post-treatment fluorescence imaging in orthotopic LS174T mouse models. by Hannah M. Hollandsworth (8992103)

    Published 2020
    “…<p>The mouse received 25 μg m5A-700 24 hours before treatment. Prior to PIT treatment (a), tumor margins had a distinct NIR fluorescence signal (maximum tumor fluorescence 4.54). …”
  18. 46758

    TREM-B1 crosslinking reduces CLEC-2 induced thrombocyte degranulation. by Vanessa Turowski (3180918)

    Published 2016
    “…<p>(A) Co-crosslinking of CLEC-2 and TREM-B1 with the thrombocyte specific mab 8G8 and 1E9 decreased degranulation (lower panels) compared to co-crosslinking an irrelevant antibody and 8G8 (upper panels). …”
  19. 46759

    Kidney histologic and functional abnormality in SCA7<sup>140Q/5Q</sup> mice. by William Miller (11991)

    Published 2022
    “…<p>A) Kidney hematoxylin and eosin staining (H&E) of 40-week-old SCA7<sup>140Q/5Q</sup> and WT littermates, B-C) absolute and relative kidney weights, and D) urine Bradford assay results of 28-week-old SCA7<sup><i>140Q/5Q</i></sup> and WT littermates. …”
  20. 46760

    Qatar Culture Collection of Microalgae: A Sustainable Source for Biodiesel Production and Omega Fatty Acid Compounds by Bounnit, Touria

    Published 2016
    “…During their phases of growth, they produce a variety of metabolites such as lipids, proteins and carbohydrates in large amounts over a short period of time. …”
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