human prostate cancer - Globe Thesis

Keyword [human prostate cancer] Result: 81 - 100 \| Page: 5 of 10
81.	MicroRNA-195 Inhibits Tumor Progression By Targeting S6K1 In Human Prostate Cancer
82.	Study On The Effects And Mechanisms Of BNDF/TrkB Pathway On Epithelial-Mesenchymal Transition, Migration, Invasion And Anoikis In Prostate Cancer Cells In Vitro
83.	Saikosaponin-d Inhibits Proliferation And Induces Poptosis In DU145 Human Prostate Cancer Cells
84.	MicroRNA-30d Promotes Tumor Progression And Angiogenesis By Targeting MYPT1 In Human Prostate Cancer
85.	Establishment Of Human Prostate Cancer PC-3Cells Fluorescently Labeled And Spinal Metastases Animal Models
86.	The Impact Of BI2536on The Proliferation Of Human Prostate Cancer PC-3Cells By Targeted Blockage The PLK1
87.	Identification Of Nuclear Matrix Proteins (NMPs) Expressed In Human Prostate Cancer
88.	Effect Of Curcumin Combined With Docetaxel On Apoptosis Of Human Prostate Cancer Cell Line PC-3
89.	The Role Of N-acetylglucosaminyltransferases V In The Malignancy Of Human Prostate Cancer
90.	SOXs In Human Prostate Cancer:Implication As Progression And Prognosis Factors
91.	Gambogic Acid Inhibits Cell Proliferation And Induces Apoptosis Of Human Prostate Cancer PC-3Cells In Vitro
92.	Study Of Effects And Mechanisms Of Evodiamine On Prolifertion And Apoptosis In Human Prostate Cancer DU145Cells In Vitro
93.	Study Of Effects And Mechanisms Of Panhenolide On Prolifertion And Apoptosis In Human Prostate Cancer DU-145Cells In Vitro
94.	Mechanism Of A Short Peptide Derived From The GN Helix Domain Of FGF8b Suppresses The Growth Of Human Prostate Cancer Cells
95.	Inhibitory Effect Of DHCF On The Proliferation Of Human Prostate Cancer Cells And Its Molecular Mechanism
96.	Effects Of Apoptosis And Cell Proliferation By SiRNA Targeting Against HIF-2α Gene On Human Prostate Cancer PC-3Cell Under Hypoxia
97.	Study On Expression Of MIF Gene In Human Prostate Cancer And Relationship Between Its Single Nucleotide Polymorphisms And Risk Of Prostate Cancer
98.	Experimental Study On The Peptides K237Radiolabeled With Iodine-131for Imaging And Targeting Therapy In Nude Mice Bearing Human Prostate Cancer
99.	Inhibition Of GnT-V Enhanced Sensitivity Of Radiotherapy And Hormone Therapy In Human Prostate Cancer Cell Line
100.	Real-time Imaging Of Cancer Cells On The Basis Of A Biomarker And Bioluminescence In A Preclinical Model Of Human Prostate Cancer
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