tamoxifen-resistance - Globe Thesis

Keyword [tamoxifen-resistance] Result: 1 - 20 \| Page: 1 of 4
1.	The Significance Of Expression Of ERβ Protein In Breast Cancer And The Corelation With Tamoxifen Resistance
2.	The Empirical Study Of AIB1 For Tamoxifen Resistance In Estrogen Receptor-Positive Breast Cancer
3.	The Effect Of Evn-50 On The Growth And Apoptosis Of Human Breast Cancer MCF-7 Cell Line With Tamoxifen-resistance
4.	Research On The Relationship Between BAG-1Gene And TAM Response In Breast Cancer
5.	Aurora-A Determines Tamoxifen Sensitivity Through Phosphorylation Of ERa In Breast Cancer
6.	MTDH Mediates Estrogen-independent Growth And Tamoxifen Resistance In MCK-7Breast Cancer Cells
7.	Study On The Effect Of Estrogen Receptor-α36during Development Of Acquired Tamoxifen Resistance In Breast Cancer
8.	Beclin1Downregulation Enhances Tamoxifen Sensitivity And Predicts A Favorabie Outcome For ER Positive Breast Cancer
9.	The Roles Of MiR-183-96-182Cluster And MiR-135a In Breast Cancer
10.	Study On The Role Of Non-coding RNA In Tamoxifen-resistant Breast Cancer And Male Infertility
11.	Pivotal Role Of Loss MiR-1254 Expression In Breast Cancer
12.	CCAR1 5’UTR As A Natural MiRancer Of MiR-1254 Overrides Tamoxifen Resistance
13.	Mechanism Investigation Of HGF/c-Met Signal Pathway Modulates Tamoxifen Resistance In Breast Cancer Cells
14.	A Discussion On The Role Of GPER1in The Mechanisms Of Tamoxifen Resistance In Breast Cancer
15.	The Expressionand Significance Of Estrogen Transmembrane Receptor Gpr30in Primary And Recurrent Breast Cancer
16.	A Study On The Impact Of ERβ Level To Tamoxifen In Breast Cancer Cell Lines
17.	The Analysis Of Shugan Yishen Recipe’s Effects On Tamoxifen-resistance Breast Cancer Cells
18.	Experimental Study On The Roles Of PAX2and AIB1in The Mechanisms Of Tamoxifen Resistance In Breast Cancer
19.	GOER-mediated Estrogenic Effects In Mammary Cancer Associated Fibroblasts And Its Potential Role In Tamoxifen Resistance Of Breast Cancer
20.	Exosomal MicroRNA-221/222Enhances Tamoxifen Resistance In Recipient ER-positive Breast Cancer Cells
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