RPMI 8226 - Globe Thesis

Keyword [RPMI 8226] Result: 1 - 19 \| Page: 1 of 1
1.	Experimental Study On The Effect Of RmhTRAIL In Combination With Dexamethasone, Thalidomide For Nude Mice Bearing RPMI-8226 Cells
2.	Effects Of Artesunate On Proliferation, Apoptosis And Invasion Of Human Myeloma Cell Line RPMI 8226 Cells
3.	Effect Of Inducing Apoptosis Of Betulinic Acid On Human Multiple Myeloma Cell Line RPMI-8226
4.	The Effects And Mechanisms Of Triptolide On Cell Cycle And Apoptosis In Human Multiple Myeloma Rpmi-8226 Cells
5.	Effect Of Inducing Apoptosis Of Betulinic Acid On Human Multiple Myeloma Cell Line Rpmi-8226
6.	In Vitro Study Of Enhancing The Cytotoxic Effect Of NK Cells On Human Multiple Myeloma RPMI 8226 Cells
7.	Lentivirus-mediated RNA Interference Of MIC-1Expression In RPMI-8226Cells Inhibits Human Osteoclasts Maturation
8.	Studies For The Antitumor Effects Of Decitabine And Bortezomib On RPMI 8226 Cell Line
9.	The Proliferation Inhibition Effect Of Timolol On Human Multiple Myeloma Cells RPMI 8226 And Its Molecular Mechanism
10.	The Study Of The Influence Of Rho/ROCK Signaling Pathways Intervention On RPMI-8226 Cell Biological Characteristics And Its Mechanism
11.	Effects Of Regulating Autophagic Activity On Proliferation And Apoptosis Of Multiple Myeloma Cells RPMI 8226
12.	Homoharringtonine Induced Apoptosis In Multiple Myeloma Cells And Reduced Mcl-1 Expression
13.	Study On The Mechanism Of Nuclear Transcription Factor Snail1 Silencing To Improve The Chemotherapeutic Sensitivity Of Bortezomib Resistant Multiple Myeloma Cells
14.	Effects Of Benzoylmesaconine On Proliferation And Apoptosis Of Human Multiple Myeloma Cell RPMI-8226
15.	The Effect And Mechanism Of Matrine On Multiple Myeloma Cell Lines
16.	The Combined Effect Of Dichloroacetate And Bortezomib On Human Multiple Myeloma
17.	Synergistic Effects Of Myeloma RPMI 8226 Cells And TAMs On The Tube Formation Ability Of Vascular Endothelial Cells In Vitro
18.	The Effect And The Mechanism Of DEPTOR On Angiogenesis In Multiple Myeloma
19.	Design, Synthesis And Structure-activity Relationship Of Tetrapeptide Epoxyketone Proteasome Inhibitors
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