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Keyword [myeloma]
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1. Expression Of Human SolubleCD40 Ligand In Pichia Pastoris And Study On Its Biological Functions
2. Preparation Of The Agonist/antagonist Monoclonal Antibodies Against B7 And CD28 Molecules And Analysis Of Their Effects On Costimulatory Signals Transduction
3. Induction Of Cytotoxic T Lymphocytes(CTLs)with Multiple Myeloma Based On Dendritic Cells And Its Immunobiological Characteristics
4. Effects Of CD40 Signaling On The Biological Behavior Of Malignant B Lymphocytes
5. The Role Of Gp130 And Raled Molecules In The Biological Behavior Of Myeloma Cells And Dendritic Cells
6. Mechanisms Of Induction Of Apoptosis In Myeloma Cells By Arsenic Trioxide
7. Studies On Association Of Human Herpesvirus 8 With Lymphoma, Leukemia And Multiple Myeloma
8. Human Cytomegalovirus Can Infect Multiple Myeloma Cell And Inhibit Apoptotic Responses Induced By Growth Factor Withdrawal
9. Effects And Mechanisms Of Triptolide And Homoharringtonine In Human Multiple Myeloma Cells
10. The Angiogenesis And Vascular Endothelial Cell Growth Factor Expression In Multiple Myeloma And The Antiangiogenesis Role Of Arsenic Trioxide
11. Expression And Biological Behavior Of SDF-1/CXCR4 On Human Multiple Myeloma Cells
12. Cytogenetic Changes Of Multiple Myeloma And Its Clinical Significance
13. Fibroblast Growth Factor Receptor 3 Inhibited By Short-hairpin RN As In Multiple Myeloma And Study Of The Function Of The Receptor
14. Experimental Study On Therapeutic Effect Of BB-102-modified Myeloma Cell Vaccine
15. Experimental Study Of A Tissue-Specific APE1 SiRNA Vector On Enhancing The Chemo-Sensitivity Of Multiple Myeloma
16. Experimental Study Of The Effect With 2-methoxyestradiol On The Myeloma Cells In Vitro
17. A Treatment Study With RhOPG-Fc For Multiple Myeloma Bone Disease
18. Study On The Effect Of Bone Marrow Stromal Cells And Adhesion Molecules To The Growth Of Myeloma Cells
19. The Biological Effect Of Human Multiple Myeloma Cells Expressing CD40L/CD40 And CD40 Mutants
20. The Over Expression Of Fatty Acid Synthase On Multiple Myeloma And It's Molecular Mechanism As A Therapeutic Target
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