Cervical Cancer Cell - Globe Thesis

Keyword [Cervical Cancer Cell] Result: 61 - 80 \| Page: 4 of 10
61.	Mif Expression In Different Cervical Cancer Cell Lines And Cervical Carcinoma Cell Line Proliferation
62.	Transient Transfection Of Beclin 1 Gene On Hela Cells Growth And Proliferation
63.	.5 - Aza-2'-deoxycytidine On Human Cervical Cancer Cell Lines Hela And Siha Cells, Syk Gene Aberrant Methylation And Expression Of The Impact
64.	Correlation Between HMGB1 And Cervical Cancer Metastasis
65.	Effect Of Radiosensitibity Enhancement Of SAHA On Cervical Cancer Cell
66.	Ursolic Acid Inhibits Proliferation And Induces Apoptosis In Human Uterine Cervical Cancer Cell HELA
67.	Chemical Constituents Of The Aerial Parts Of Cynanchum Chinense R.Br
68.	Effects Of Livin ShRNA On Proliferation And Migration Of Cervical Cancer Cell Siha And Study On Enhancing Sensitivity To Chemotherapy
69.	Effect Of STAT1-shRNA-mediated Gene Silencing On Biological Characteristics In The Cervical Cancer Cell Line Hela
70.	Effects Of 18β-Glycyrrhetinic Acid On Proliferation And Invasion Ability Of Cervical Cancer Cell
71.	The Study Of Epidermal Growth Factor Receptor Inhibitor Combined With Radiationthearpy On Human Cervical Cancer Cell Hela In Vitro
72.	Role And Mechanism Of Six1 Gene On Biological Behavior Of Cervical Cancer Cells
73.	Study About The Influence Of Aquaporins On Migration And Local Invasion Potential Of Cervical Cancer Cell Lines
74.	A Mechanism For The Growth Inhibition Of Cervical Cancer Cell Line Hela Cells By Amygdalin
75.	The Effect Of MicroRNA-27B Regulated By Human Papillomavirus Type16E7on Cervical Cancer Cell Proliferation And Apoptosis
76.	The Roles Of MiR-574-5p, Gomafu And QKI In Cervical Cancer Cell Proliferation And Migration As Well As A Few Nursing Intervention Studies
77.	The Effects Of Silencing INOS Gene On Proliferation And VEGF Expression In Cervical Cancer Cell Lines Via RNA Interference
78.	The Effects And Mechanisms Of MicroRNA In Cervical Cancer
79.	The Molecular Mechanism Of Zeylenone On Inducing Cervical Cancer Cells Apoptosis By Inhibiting PI3K/AKT/mTOR And ERK/MAPK Signaling Pathways
80.	Mechanism Research On The Role Of Aspirin Combined With Triptolide On Apoptosis Of Human Cervical Cancer Cell
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