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Keyword [medulloblastoma]
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1. Expression Of PEG3 And Plakoglobin In Human Gliomas
2. Establishment Of Conditional Expression Of C-myc In Transgenic Mice And Tumor Model By The Tet-On System
3. Effect Of Ginsenoside Rh2 On SGH-44 And Proteomics Study Of Medulloblastoma And Ependymoma
4. Correlation Of Notch And Wnt Signaling Pathways With Proliferation And Treatment Of Medullobastoma
5. The Moelcular Mechanism Underlying Differential Response Of Medulloblastoma Cells To Retinoic Acid
6. Metabolic Patterns, Bioactive Form And Major Molecular Target Of Resveratrol In Human Primary Brain Tumors: Relevance With Anticancer Effacacy
7. Comparative Proteomic Study Of Cerebrospinal Fluid In Between Patients With Medulloblastoma And Patients With Ependymoma
8. An Experimental Study On Th17 Cells And Human Medulloblastoma
9. Tetracycline Regulation Sv40tag Transgenic Mice To Medulloblastoma Model And Expression Analysis
10. Human Medulloblastoma Tumor Stem Like Cells Isolation And Identification Of Radiotherapy Its Proliferative Effects In Vitro Experimental Study
11. Primary Study Concerned The Biologcal Influence On Medulloblastoma Performed By RNA Interference Of Racl Gene
12. Clinical Parameters Of Primitive Neuroectodermal Tumor And Its Relationship With The Prognostic Outcome
13. The Expression And Significance Of P73 In Medulloblastoma
14. Conditional Expression Of Simian Virus 40 T Antigen Leads To Regulatable Development Of The Tumor Model By The Tet-on System In Transgenic Mice
15. Resveratrol Induces Differentiation And Apoptosis Of Medulloblastoma Cells And Their Corresponding Gene Analysis
16. Resveratrol Regulated CYP1A1 And CYP1B1 Expression And Its Potential Correlation With Anti-Medulloblastoma Effects Of Resveratrol In Medulloblastoma Cells
17. Gene Expression Analysis Of Medulloblastoma In SV40Tag Transgenic Mice Model
18. Expression Of Survivin In Medulloblastoma Tissue And Its Siginificance
19. Identification And Pathogenesis Analysis Of Medulloblastoma In A Transgenic Mouse Model
20. Underlying Molecular Mechanisms Of Apoptosis And Cell Cycle Arrest Induced By Resveratrol In Medulloblastoma Cells
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