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Keyword [TNBC]
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1. To Study The Effects Of Arsenic Trioxide On The Proliferation And Apoptosis Of Human Triple Nagetive Breast Carcinoma HCC1937 Cell Line In Vitro
2. Celecoxib Inhibits Triple-negative Breast Cancer Cell Line MDA-MB-231 By Downregulation NF-κB Pathway
3. Polymorphisms Of MicroRNA And ESR1 Genes And Their Association With Triple Negative Breast Cancer Risk And Prognosis
4. Correlation Of Gene Polymorphisms And The Prognosis, Response To Treatment Of Patients With Triple Negative Breast Cancer
5. Expression Of MTDH, VEGF And Cyclin G1 In Triple - Negative Breast Cancer And Its Clinical Significance
6. The Regulation Of TNBC Syndromes And The Decoction Of Qi And Activating Blood Circulation Decoction
7. Expression Of SBEM And Ki67 In Triple - Negative Breast Cancer And Its Combined Significance In Trigeminal Breast Cancer
8. Expression And Clinical Study Of Cyclin Family Members In Triple - Negative Breast Cancer
9. The Analysis Of Clinical Characteristics And Prognosis Of Triple-negative Breast Cancer
10. Expression Of MIR-21 In Breast Carcinoma And Its Clinical Significance
11. Expression Of MicroRNAs In Triple - Negative Breast Cancer Cell Line MDA - MB - 231 Tumor Stem Cells
12. The Analysis Of Clinical Characteristics And Prognosis Of 32 Triple-negative Breast Cancer
13. The Study Of The Expressions And Clinical Significances Of BRCA-1 And PARP-1 In The Triple-negative Breast Cancer
14. Immunohistochemical Study Of Expression And Significance Of Pleiotrophin, MMP2 In Invasive Breast Carcinoma
15. Research Of Histone Deacetylation Regulation On Cell Proliferation Of Triple Negative Breast Cancer
16. The Investigation Of Normalization Therapy For Triple Negative Breast Cancer
17. Quantitative Proteomic Studies On TNBC In Premenopausal And Postmenopausal Patients
18. Poly (ADP-ribose) Polymerase-1(PARP1)Expression In Breast Cancer Patients And Its Association With Polymorphisms In PARP1Promoter And3’untranslated Region And Chemotherapy Sensitivity
19. Study On Role Of Cav-1in The Resistance To Radiation Of Triple Negative Breast Cancer Cells
20. Targeting DNA Repair Pathway In The Treatment Of Breast Cancer:Preclinical And Clinical Study
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