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step decrease » sizes decrease (Expand Search), teer decrease (Expand Search)
we decrease » _ decrease (Expand Search), mean decrease (Expand Search), teer decrease (Expand Search)
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Showing 1,781 - 1,800 results of 229,677 for search '(( 5 step decrease ) OR ( 10 ((we decrease) OR (((nn decrease) OR (a decrease)))) ))', query time: 1.70s Refine Results
  1. 1781
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  2. 1782
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  3. 1783
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  4. 1784
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  5. 1785
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  6. 1786
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  7. 1787
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  8. 1788
    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration

    Physical Plasma Membrane Perturbation Using Subcellular Optogenetics Drives Integrin-Activated Cell Migration by Xenia Meshik (6388472)

    Published 2019
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  9. 1789
    Hcy decreased the binding of G9a to the <i>COL1A1</i> promoter.

    Hcy decreased the binding of G9a to the <i>COL1A1</i> promoter. by Wenjing Lei (772749)

    Published 2015
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  10. 1790
    Homocysteine decreases G9a expression both <i>in vitro</i> and <i>in vivo</i>.

    Homocysteine decreases G9a expression both <i>in vitro</i> and <i>in vivo</i>. by Wenjing Lei (772749)

    Published 2015
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  11. 1791
    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol

    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol by Rui Gao (247606)

    Published 2022
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  12. 1792
    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol

    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol by Rui Gao (247606)

    Published 2022
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  13. 1793
    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol

    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol by Rui Gao (247606)

    Published 2022
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  14. 1794
    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol

    Generating Oscillatory Behavior by Applying a Magnetic Field during Electrocatalytic Oxidation of Glycerol by Rui Gao (247606)

    Published 2022
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  15. 1795
    Notch signaling regulates fused mitochondrial morphology in INPs and muscle cells.

    Notch signaling regulates fused mitochondrial morphology in INPs and muscle cells. by Dnyanesh Dubal (12085942)

    Published 2022
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  16. 1796
    Drp1<sup>SD</sup> overexpression in Opa1 or Marf depleted type II NBs rescues the reduced mitochondrial membrane potential.

    Drp1<sup>SD</sup> overexpression in Opa1 or Marf depleted type II NBs rescues the reduced mitochondrial membrane potential. by Dnyanesh Dubal (12085942)

    Published 2022
    “…<p>A, B: Representative images showing decreased TMRM intensity in <i>opa1</i> RNAi and <i>marf</i> RNAi expressing type II NBs. …”
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  17. 1797
    Analysis of mitochondrial morphology in Notch mutants and Notch signaling in Opa1 depleted type II NB lineages.

    Analysis of mitochondrial morphology in Notch mutants and Notch signaling in Opa1 depleted type II NB lineages. by Dnyanesh Dubal (12085942)

    Published 2022
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  18. 1798
    Drp1<sup>SD</sup> overexpression in <i>opa1</i> RNAi and <i>marf</i> RNAi expressing type II NB lineages suppresses the differentiation defect.

    Drp1<sup>SD</sup> overexpression in <i>opa1</i> RNAi and <i>marf</i> RNAi expressing type II NB lineages suppresses the differentiation defect. by Dnyanesh Dubal (12085942)

    Published 2022
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  19. 1799
    Predicting Vulnerabilities of North American Shorebirds to Climate Change

    Predicting Vulnerabilities of North American Shorebirds to Climate Change by Hector Galbraith (636637)

    Published 2014
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  20. 1800
    Analysis of change in mature INPs, GMCs and neurons in the type II NB lineage on depletion of mitochondrial morphology proteins.

    Analysis of change in mature INPs, GMCs and neurons in the type II NB lineage on depletion of mitochondrial morphology proteins. by Dnyanesh Dubal (12085942)

    Published 2022
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