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Keyword [esophageal cancer cell]
Result: 81 - 100 | Page: 5 of 6
81. Expression And Significance Of E-cadherin And ?-catenin?MMP16 In Esophageal Carcinoma
82. Cell-free DNA In Plasma Relates The Tumor Burden And Could Predict The Neoadjuvent Chemotherapic Respond In Patients With Esophageal Squamous Cell Caner
83. Study On Chemical Constituents And Anti-tumor Activity Of QIU-PI
84. Effect Of Glucose Metabolism On Tanshinone ?A And Curcumin Inhibit The Proliferation Of Esophageal Cancer Cell
85. The Effects Of Rapamycin On The Apoptosis Of Esophageal Cancer Cell TE13 And Related Mechanism
86. Construction Of An Eukaryotic Expression System Of IFN-? And Its Combinatory Effect With Chemotherapeutic Agent In Esophageal Cancer Cell Lines
87. The Expression Of CXCR7 In Esophageal Carcinoma And Its Effect On Cell Proliferation
88. The Effect Of MiRNA-7 To Cisplatin Drug-resistance In Esophageal Cancer Cell TE-1
89. Study On The Effect Of Ginsenoside Rg5 On Human Esophageal Cancer Cells
90. The Reasearch Of Effects And Mechanism Of Silencing Plce1 Gene Mediated By Lentiviral Vector On Esohageal Cancer Eca109cell Xenograft Growth In Nude Mice
91. Establishment Of An Esophageal Cancer Cell Line With Stably Expression Of NRAGE Gene And Its Related Mechanism On Radioresistance
92. Study On The Expression Of GRHL3 In Esophageal Squamous Cancer Tissues And Its Effect On Esophageal Cancer Cell Malignant Behavior
93. Effect Of Modified Qigesan On Epithelial Mesenchymal Transition Of Esophageal Cancer Cell TE1
94. The Research Of Inhibitory Effect And Clinical Application By Fluoroura Cil Injection And Fluorouracil Implants On Esophageal Carcinoma Cell
95. Effects Of Silencing MDR1 Gene On Multidrug Resistance Of Human Esophageal Cancer Cell Line Eca-109/VCR
96. B7-H1 Expression And Its Contribution To The Regulation Of Biological Function In Human Esophageal Cancer Cell Line
97. Impact Of WISP2 Overexpression Mediated By Lentivirus On Esophageal Carcinoma In Nude Mice
98. The Mechanism Of Triptolide Collaboration With Cisplatin On Esophageal Cancer Cells
99. A Study Of The Mechanism Of Methylseleninic Acid Inhibiting Esophageal Cancer Cell Growth
100. MiR-195 Inhibits Esophageal Cancer Cell Proliferation Via Targeting Cyclin D1 And Cdc42
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