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Showing 81 - 100 results of 4,775 for search '(( decrease ((therapy resistance) OR (therapeutic research)) ) OR ( decrease wear resistance ))', query time: 0.42s Refine Results
  1. 81
    Wear-down image after sliding friction experiment of electroless nickel-plated free-cutting steel and substrate with/without hydrogen permeation.

    Wear-down image after sliding friction experiment of electroless nickel-plated free-cutting steel and substrate with/without hydrogen permeation. by Dong-Ho Shin (5824184)

    Published 2024
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  2. 82
    Friction coefficient curves after hydrogen permeation experiment of electroless nickel-plated free-cutting steel.

    Friction coefficient curves after hydrogen permeation experiment of electroless nickel-plated free-cutting steel. by Dong-Ho Shin (5824184)

    Published 2024
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  3. 83
    Cross-sectional images and EDS analysis before hydrogen permeation experiment of electroless nickel-plated free-cutting steel.

    Cross-sectional images and EDS analysis before hydrogen permeation experiment of electroless nickel-plated free-cutting steel. by Dong-Ho Shin (5824184)

    Published 2024
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  4. 84
    3D images and profile analysis of wear track after sliding friction experiment of electroless nickel-plated free-cutting steel and substrate with/without hydrogen permeation.

    3D images and profile analysis of wear track after sliding friction experiment of electroless nickel-plated free-cutting steel and substrate with/without hydrogen permeation. by Dong-Ho Shin (5824184)

    Published 2024
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  5. 85
    Figure S6 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S6 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  6. 86
    Figure S2 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S2 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  7. 87
    Figure S7 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S7 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  8. 88
    Figure S5 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S5 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  9. 89
    Figure S4 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S4 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  10. 90
    Figure S1 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S1 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  11. 91
    Figure S3 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes

    Figure S3 from Circadian Oscillations Persist in Cervical and Esophageal Cancer Cells Displaying Decreased Expression of Tumor-Suppressing Circadian Clock Genes by Pauline J. van der Watt (15068109)

    Published 2023
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  12. 92
    Afatinib decreases MAPK and AKT activation after MET knockdown.

    Afatinib decreases MAPK and AKT activation after MET knockdown. by Karolin Ebert (7434713)

    Published 2019
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  13. 93
    Sensitivity Analysis 1—increased fitness and decreased probability of treatment success given joint resistance, 2018–2025.

    Sensitivity Analysis 1—increased fitness and decreased probability of treatment success given joint resistance, 2018–2025. by Amber Kunkel (3208332)

    Published 2021
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  14. 94
    Wear morphology: (a) UT, (b) SP1, (c) SP2, and (d) SP3.

    Wear morphology: (a) UT, (b) SP1, (c) SP2, and (d) SP3. by Huashen Guan (20454677)

    Published 2024
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  15. 95
    Supplementary Table from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis

    Supplementary Table from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis by Shaina F. Bruce (15091273)

    Published 2023
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  16. 96
    Supplementary Figure from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis

    Supplementary Figure from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis by Shaina F. Bruce (15091273)

    Published 2023
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  17. 97
    Supplementary Figure from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis

    Supplementary Figure from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis by Shaina F. Bruce (15091273)

    Published 2023
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  18. 98
    Supplementary Figure from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis

    Supplementary Figure from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis by Shaina F. Bruce (15091273)

    Published 2023
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  19. 99
    Supplementary Table from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis

    Supplementary Table from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis by Shaina F. Bruce (15091273)

    Published 2023
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  20. 100
    Supplementary Table from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis

    Supplementary Table from GAS6-AXL Inhibition by AVB-500 Overcomes Resistance to Paclitaxel in Endometrial Cancer by Decreasing Tumor Cell Glycolysis by Shaina F. Bruce (15091273)

    Published 2023
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