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Showing 99,981 - 100,000 results of 135,274 for search '(( a d decrease ) OR ( 5 ((we decrease) OR (((mean decrease) OR (a decrease)))) ))', query time: 2.47s Refine Results
  1. 99981
    Effect of forskolin on collagen mRNA expression in guinea pig sclera.

    Effect of forskolin on collagen mRNA expression in guinea pig sclera. by Yijin Tao (444317)

    Published 2013
    “…<p>Injection of forskolin for 1 week significantly decreased the expression of mRNAs for collagens III and V in the experimental eyes. …”
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  2. 99982
    PPARβ promotes the initiation of differentiation at gastrulation.

    PPARβ promotes the initiation of differentiation at gastrulation. by Nicolas Rotman (499039)

    Published 2013
    “…The gene sets corresponding to germ layer specification are also presented. (D) The gene sets consisting of the 100 most-induced genes and of the 100 most-decreased genes at gastrula (see also <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0083300#pone.0083300.s005" target="_blank">Fig. …”
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  3. 99983
    Dynamic protein expression of PAFAH1B3 in developing mouse retina.

    Dynamic protein expression of PAFAH1B3 in developing mouse retina. by Jeanne M. Serb (242560)

    Published 2010
    “…PAFAH1B3-IR in the P5 retina was further restricted to a subset of cells in the GCL and the OFL (E). …”
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  4. 99984
    USP14 is required for optimal MNV-1 non-structural gene expression in murine macrophages.

    USP14 is required for optimal MNV-1 non-structural gene expression in murine macrophages. by Jeffrey W. Perry (153605)

    Published 2012
    “…RAW cells and BMDMs were treated with the USP14 inhibitor IU1 or the inactive analog IU1C for 30 min prior to infection, and the number of MNV-1 infected cells quantitated 12 hours later by immunofluorescence as in (A). In all cases, data from three independent experiments with two experimental replicates per condition are presented as means +/− S.E.M. …”
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  5. 99985
    RNA for the antifolate target dihydrofolate reductase-thymidylate synthase is not overexpressed in WR99210-treated cells.

    RNA for the antifolate target dihydrofolate reductase-thymidylate synthase is not overexpressed in WR99210-treated cells. by Karthikeyan Ganesan (269200)

    Published 2008
    “…Hybridization of fluorescent cDNA samples originating from parasites treated with WR99210 for various times (red fluorescence) were compared to non-treated parasites (green fluorescence) and represented as R/G ratios on a log2 scale: A black box signifies no change in expression compared to starting trophozoites, a red box represents some over-expression and a green box designates a decrease in DHFR-TS RNA, compared to starting trophozoites (time 0 h). …”
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  6. 99986
    Data_Sheet_1_Optogenetic stimulation shapes dendritic trees of infragranular cortical pyramidal cells.pdf

    Data_Sheet_1_Optogenetic stimulation shapes dendritic trees of infragranular cortical pyramidal cells.pdf by Steffen Gonda (9539711)

    Published 2023
    “…Whether stimulation frequency has a role is less clear. In this study, we report that the expression of channelrhodopsin2-eYFP was followed by a 5-day optogenetic stimulation from DIV 5–10 or 11–15 in organotypic cultures of rat visual cortex-evoked dendritic remodeling. …”
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  7. 99987
    Table3_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX

    Table3_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  8. 99988
    Table2_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX

    Table2_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  9. 99989
    Table1_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX

    Table1_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  10. 99990
    DataSheet2_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.XLSX

    DataSheet2_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.XLSX by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  11. 99991
    DataSheet1_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.XLSX

    DataSheet1_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.XLSX by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  12. 99992
    Presentation1_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF

    Presentation1_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  13. 99993
    Presentation4_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF

    Presentation4_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  14. 99994
    Table4_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX

    Table4_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.DOCX by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  15. 99995
    Presentation2_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF

    Presentation2_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  16. 99996
    Presentation6_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF

    Presentation6_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  17. 99997
    Presentation7_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF

    Presentation7_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  18. 99998
    Presentation3_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF

    Presentation3_Orbital Influence on Precipitation, Fire, and Grass Community Composition From 1.87 to 1.38 Ma in the Turkana Basin, Kenya.PDF by Chad L. Yost (11194971)

    Published 2021
    “…This included vegetation surveys and phytolith production data for species from areas proximal to the basin. We found that phytolith and microcharcoal concentrations decreased predictably moving off shore. …”
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  19. 99999
    Comparison of Atomic Force Microscopy and Scanning Ion Conductance Microscopy for Live Cell Imaging

    Comparison of Atomic Force Microscopy and Scanning Ion Conductance Microscopy for Live Cell Imaging by Jan Seifert (517930)

    Published 2015
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  20. 100000
    Comparison of Atomic Force Microscopy and Scanning Ion Conductance Microscopy for Live Cell Imaging

    Comparison of Atomic Force Microscopy and Scanning Ion Conductance Microscopy for Live Cell Imaging by Jan Seifert (517930)

    Published 2015
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