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Keyword [brain glioma cells]
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1. Study Of The Effects Of RNAi Silencing PTTG Gene On The Human Brain Glioma Cells Cyto-biological Behaviors And Its Relative Mechanism
2. Study Of The Effects Of RNAi Silencing PTTG And Survivin Gene On The Human Brain Glioma Cells U251 Cytobiological Behaviors And Its Relative Mechanism
3. The Study On P53-dependent Oncogene Wip1 Roles In Mechanism Of Human Malignant Brain Glioma Cells Proliferation
4. The Experimental Study On RNAi Of The Genes Related To Occurrence And Progression Of Human Brain Glioma Cells In Vitro
5. The Suppressive Effect Of Ndrg2 Gene On A Glioma Cell Line With Steady Transfection In Vitro
6. Effects Of Lysophosphatidic Acid On The Expressions Of Matrix Metalloproteinases-7 In Human Brain Glioma Cells
7. Influence Of Induced MSP58 Overexpression On Biological Behavior In Human Brain Glioma Cells
8. The Mechanisms And Effects Of MiR-21 On Proliferation And Apoptosis Of Human Brain Glioma Cells
9. Effect Of Blocking The HH Signaling Pathway On Proliferation And Apoptosis Of Brain Glioma Cells
10. Effect Of Silencing CD40 Gene Expression By RNAi On Characteristics Of Brain Glioma Cells U87MG
11. Preliminary Study About The Impact Of PEBP4 Expression On Biological Behavior And Chemotherapy Sensitivity In Brain Glioma Cells
12. Assessing The Radiosensitivity Of Brain Glioma Cells And Monitoring Metabolite Ratio Changes After Irradiation By In Vitro14.7T High-resolution~1H-MRS
13. The Study Of Downregulating DNMT1 Gene To The Proliferation, Cloning And Cycle Of Human Brain Glioma Cells
14. The Clinical Significance And Function,B7-H3 Expressed In Human Brain Glioma Cells
15. Noninvasive Evaluation Of Radiation-Enhanced Glioma Cell Invasiveness By Using 14.7-T High Resolution ~1H-MRS
16. Observation On The Biological Effects Of MiR- 136 On Human Brain Glioma Cells And Investigation On The Related Factors
17. The Research On Mechanism Of MiRNA-451 Regulation Of Human Brain Glioma Cells Energy Metabolism Of Glucose And Biological Behavior
18. Effect Of MiR-138 On Proliferation、invasion And Apoptosis Of Brain Glioma Cells U-87 MG Through Targeting FAK
19. In Vitro Sensitivity To Different Concentration Of Doxorubicin For Primary Brain Glioma Cells On MTT Essay
20. Isoliquiritigenin Combined With Temozolomide Inhibits The Proliferation Of SHG44 Human Brain Glioma Cells
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