glioma cancer - Globe Thesis

Keyword [glioma cancer] Result: 1 - 20 \| Page: 1 of 2
1.	Malignant Glioma Cancer Stem Cells Regulate Tumor Cell Invasiveness: Implications For Invasive Characteristics In Aggressive Brain Tumors
2.	The Role Of Chemokine Receptor CXCR4 In Glioma Stem Cells-induced Angiogenesis And Its Mechanism
3.	Targeting Therapy Using A Small Molecule Antagonist Against Hedgehog Signal Pathway In Human Malignant Glioma
4.	Experimental And Mechanism Study On Immunotherapy Of Human Brain Mali-gnant Glioma With Dendritic Cell Vaccine Targeting Of Cancer Stem Cell In Vitro
5.	Tumor Associated Macrophages Promote Glioma Stem Cells Invasion Via TGF-β1Signaling Pathway
6.	Expression Of Five Cancer/Testis Antigen Genes In Glioma
7.	Detection, Isolation And Cultivation Of Cancer Stem Cells From Human Gliomas
8.	The Effect Of CXCR4 Activation On The Celluar Singnal Pathway And The Coresponding Biological Function In Glioma Stem Cells
9.	Down-regulation Of Notch-1 Gene Expression Inhibits Growth Of GBM Stem Cells In Vitro
10.	Notch-1 Adeno-associated Viral Vectors. Targeting Silence Build Its Human Glioma Cancer Stem Cells Into Nude Mice
11.	Establishment Of A Stem-like Cancer Cell Line From Glioblastoma And The Role Of CD40 Signaling On Its Biological Characteristics
12.	Triggering Of TLR2Expressed By Glioma Stem Cells Nhances Invasion And Migration
13.	The Radiosensitive Study Of CD133-positive Glioma Stem Cells In Vitro
14.	Hypermethylation And Down-regulation Of Neogenin In Gliomas.Identification Of Neogenin As Possible Tumour Suppressor In Gliomas
15.	Mechanism And Role Of A Disintegrin And Metalloproteinase17in U87Glioma Stem Cells-mediated Migration And Invasion
16.	Research On Nrf2Promoted Proliferation In Glioma Cells
17.	Effects Of Evodiamine On The Proliferation And Apoptosis Of Human Glioma Cancer Cell U251
18.	Histone Methyltransferase G9a And H3K9Dimethylation Inhibit The Self-renew Of Glioma Cancer Stem Cells
19.	Regulation Of Histone H3K9Methylation On The Selfrenew Of Glioma Cancer Stem Cells
20.	Expression And Clinical Significace Of Mage-D4, OY-TES-1, NY-SAR-35 In Glioma
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