bladder cancer cells - Globe Thesis

Keyword [bladder cancer cells] Result: 181 - 200 \| Page: 10 of 10
181.	Molecular Mechanism Of Autophagy And Necroptosis Of Bladder Cancer Cells Induced By Shikonin
182.	Melatonin Promotes Apoptosis Of Bladder Cancer Cells By Inhibiting Cellular Prion Protein Expression
183.	Metformin Induces Autophagy In Bladder Cancer Cells And Its Mechanism
184.	Silencing AKAP13 Enhances The Chemosensitivity Of Bladder Cancer Cells To Cisplatin
185.	Effects Of Sulforaphane On Bladder Cancer Cells Migration And The Mechanism Through Targeting Energy Metabolism Rearrangement
186.	HNK Induces Apoptosis Of T24 Bladder Cancer Cells Via Upregulation Of Caspase-3, -9, And Inhibition Of NF-?B, Akt And ERK Expression, Produces Synergistic Effect On Induction Of Apoptosis Of T24 Bladder Cancer Cells In Combination With HCPT
187.	Combined Transcriptomics,Proteomics And Genome-wide CRISPR/Cas9 Screening Identify Molecular Mechanism Of Chemoresistance In Bladder Cancer Cells
188.	Study Of The Characteristics And Tissue Distribution Of Bladder Cancer-related Urinary System Microbiota And The Effect Of Differential Bacteria On Bladder Cancer Cells
189.	Histone Acetyltransferase MOF-mediated Anti-cancer Mechanism Of Chemotherapy Drugs In Human Bladder Cancer Cells
190.	TK1 Regulates Wnt/?-catenin Signaling Pathway Through TFDP1 To Promote The Proliferation Of Bladder Cancer Cells
191.	The Regulation And Mechanism Of ALDH6A1 On Bladder Cancer Cells
192.	In Vitro And In Vivo Antitumor Effects Of Fisetin On Bladder Cancer Cells
193.	Effects Of DJ-1 On Migration And Invasion Of Bladder Cancer Cells T24 And UC-3
194.	Molecular Mechanism Of MiR-125b Mediated TSLC1 Regulation Of Proliferation,Invasion And Migration Of Bladder Cancer Cells
195.	The Expression Characteristics Of BTG3 Protein In Bladder Cancer Cells
196.	TRF-Ile-AAT-1 Inhibits The Proliferation And Invasion Of Residual Bladder Cancer Cells After TURBT By Silencing The Expression Of IRF4
197.	Expression Of Circular RNA CircEPB41L2 In Bladder Cancer And Its Effect On Proliferation Of Bladder Cancer Cells
198.	Research On The Mechanism For The Combination Of Vitamin C,PPM-18 And Vitamin K2 To Inhibit Bladder Cancer Cells
199.	A Preliminary Study Of USF1 Mediates The Drug Resistance Mechanism Of Bladder Cancer Cells To Oxaliplatin
200.	Circular RNA CircPGM5 Regulates The Function Of The Progression Of Bladder Cancer Cells
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