36 results on '"Mu, Zhaomei"'
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2. Data from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
3. Supplementary Figure S1: Edelfosine and ADT inhibits cell proliferation in VCaP cells. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
4. Supplementary Figure S3: Temporal expression of p-AKT after AD and edelfosine treatment in LNCaP cells. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
5. Supplementary Figure S1: Edelfosine and ADT inhibits cell proliferation in VCaP cells. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
6. Supplementary Figure S4: ATF3 represses AR transcriptional target PSA expression in LNCaP cells after AD and edelfosine treatment. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
7. Supplementary Figure S5: Elevated ATF3 after AD and edelfosine treatments inhibits AR promoter activity in LNCaP cells. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
8. Supplementary Figure S2: ATF3 knockdown via siATF3 inhibits apoptosis in VCaP cells after AD and edelfosine treatment. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
9. Supplementary Figure Legends from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
10. Supplementary Figure S3: Temporal expression of p-AKT after AD and edelfosine treatment in LNCaP cells. from Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
11. Table S1 from Detection of Activating Estrogen Receptor Gene (ESR1) Mutations in Single Circulating Tumor Cells
12. Supplemental Table 1-3 from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
13. Data from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
14. Data from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
15. Supplemental Table 1-3 from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
16. Legends of Supplemental Figure 1-11 from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
17. Supplementary Table S1. from Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
18. Supplemental Figure 1-11 from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
19. Supplemental Figure 1-11 from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
20. Supplementary Table S2. from Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
21. Supplementary Table S2. from Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
22. Legends of Supplemental Figure 1-11 from CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
23. Supplementary Table S3. from Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
24. Supplementary Table S3. from Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
25. Supplementary Table S1. from Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
26. Junctional Adhesion Molecules in Cancer: A Paradigm for the Diverse Functions of Cell–Cell Interactions in Tumor Progression
27. CCR5 Governs DNA Damage Repair and Breast Cancer Stem Cell Expansion
28. Cell-Free DNA and Circulating Tumor Cells: Comprehensive Liquid Biopsy Analysis in Advanced Breast Cancer
29. Detection of Activating Estrogen Receptor Gene (ESR1) Mutations in Single Circulating Tumor Cells
30. Edelfosine Promotes Apoptosis in Androgen-Deprived Prostate Tumors by Increasing ATF3 and Inhibiting Androgen Receptor Activity
31. Abstract 2788: Comprehensive high-depth target sequencing in circulating tumor DNAs of patients with inflammatory and non-inflammation breast cancers
32. Abstract P4-01-11: Circulating tumor cells (CTCs) detect HER2+ status and phenotypic heterogeneity in metastatic breast cancer (MBC)
33. Abstract P6-14-06: CCR5 antagonists suppresses the migration and invasion of human inflammatory breast cancer cells
34. Abstract 4988: Clues for targeted therapies in inflammatory breast cancer (IBC)
35. Abstract 5342: FC-IBC-02: A new in vitro-in vivo model of inflammatory breast cancer (IBC)
36. Abstract LB-387: EZH2 knockdown suppresses the growth of human inflammatory breast cancer cells both in vitro and in vivo in xenograft models
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