multiple myeloma - Globe Thesis

Keyword [multiple myeloma] Result: 21 - 40 \| Page: 2 of 10
21.	Clinical Study On Bortezomib And Thalidomide In The Treatment Of Multiple Myeloma
22.	The Mechanisms Of Abnormal Expression Of BDNF/TrkB On The Pathogenesis Of Multiple Myeloma
23.	The Regulatory Roles Of SPK1-S1P Signal In Hematopoietic Malignant Tumor Cell Apoptosis And Its Correlative Mechanisms
24.	Clinical And Experimental Study On Thalidomide In The Treatment Of Multiple Myeloma
25.	Genistein Suppressed NF-κB Expression Of Human Multiple Myeloma Cells And Marrow Stromal Cells
26.	Experimental Study On Effects Of Targeted Agents On Unfolded Protein Response In Multiple Myeloma Cells
27.	Effects Of Bortezomib On Osteoclastogenesis Of Patients With Multiple Myeloma And The Underlying Machanisms
28.	Anti-tumor Efficacy And Mechanisms Via COX-2 And 12-LOX Pathways In Multiple Myeloma
29.	Study On Brain Derived Neurotrophic Factor-Induced Angiogenesis In Multiple Myeloma
30.	Natural Product Apigenin Exertes Anti-tumor Effect Via Inhibiting Hsp90 Chaperone Function
31.	Studies On The Molecular Mechanisms Of Lidamycin And Its Combination With Bortezomib Against Myeloma
32.	The Significances Of Serum Free Light Chains (sFLCs) Measurement In Multiple Myeloma
33.	Research Of Expression And Clinical Significance Of Genes Associated With Common Ig Translocations In Multiple Myeloma
34.	The Establishment Of Bortezomib Resistant Myeloma Cell Line And Study Of Its Drug Resistance Mechanism
35.	The Role Of Dickkopf1 In Multiple Myeloma
36.	The Study On The Effects And Mechanisms Of Triptolide And Uroacitides To Dex-resistant And Sensitive Human Multiple Myeloma Cell Lines
37.	The Mechanisms And The Effects Of 4-chlorobenzoyl Berbamine On Hematologic Malignancies
38.	The Importance Of Steroid Receptor Coactivator-3 (SRC-3) On The Treatment Of Malignant Hematological Diseases By Natural Drugs
39.	Inhibition Of Proteasome To Disrupt Unfolded Protein Response And Autophagy In Multiple Myeloma Cells
40.	Autophagy Inhibition Enhances Doxotubicin-induced Apoptosis In Myeloma Cells
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