Breast Cancer Stem Cell - Globe Thesis

Keyword [Breast Cancer Stem Cell] Result: 41 - 60 \| Page: 3 of 4
41.	Research Of Expression Of E-Cadherin, Vimentin And Aldehyde Dehydrogenase 1 Protein In Primery Breast Cancer And Their Correlation With Breast Cancer Metastasis
42.	The Study On The Role Of Nodal Signaling In The Vasculogenic Mimicry Formation And The Regulation Of Tumor Stem Cell Phenotypes In Breast Cancer
43.	Combination Therapy Of Gene And Chemotheraneutic Drug By Lipid Nano-particles For Breast Cancer Stem Cell
44.	The RNA-Binding Protein RBPMS1 Inhibits Breast Cancer Stem Cell Properties By Repression Of Sox2
45.	The Regulation Of Shp2 In Triple-negative Breast Cancer Stem Cell And The Role In Triple-negative Breast Cancer Disease Recurrence And Treatment Resistance
46.	Long Non-coding RNA-H19 Promotes Breast Cancer Stem Cell Maintenance
47.	The Effects Of Simvastatin Combined With Paclitaxel On Hippo Signaling Pathway In Breast Cancer Stem Cells
48.	The Regulation And Mechanism Of DNA-binding Protein TF15 On The Growth Characteristics Of Breast Cancer Stem Cells
49.	Effect Of MiR-155 Inhibition Prevented On Breast Cancer Stem Cell-like Properties
50.	Glycolytic Enzyme PDK1 Promotes Breast Cancer Stem Cell Properties Under Hypoxia
51.	The Roles And Mechanisms Of MiR100 And Its Downstream Target NMT1 In Regulating Breast Cancer Progression
52.	The Regulation And Mechanisms Of MiR-200c/141 On Breast Cancer And Breast Cancer Stem Cell Heterogeneity
53.	Mechanism Of Fuzheng Qudu Recipe In Preventing Breast Cancer Stem Cell Metastasis Through Blood Circulation System
54.	Transcriptional Repressor GATA Binding 1�mediated Repression Of SRY-box 2 Expression Suppresses Breast Cancer Stem Cell Functions And Tumor Initiation
55.	The Inhibitory Effect And Mechanism Of Huaier Polysaccharide On The Stem-like Characteristics Of Triple Negative Breast Cancer
56.	Screening And Identification Of Novel Specific Polypeptide Markers Of Breast Cancer Stem Cells
57.	Mechanistic Study Of Gomisin M2 Derived From Baizuan Induced Anti-Breast Cancer Stem Cell And In Vivo Anti-Proliferation Effects
58.	Runx2 Regulates Breast Cancer Malignance By Increasing CD44~+/CD24~- Breast Cancer Stem Cell Population
59.	Long Non-coding RNA SPRY4-IT1 Functions As A Competing Endogenous RNA To Regulate TCF7L2 Level In Breast Cancer Stem Cell
60.	Runx2 Prompts Triple Negative Breast Cancer Drug Resistance Through TGF-? Pathway Regulating CD44~+/CD24~- Breast Cancer Stem Cells
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