Hepa1-6 - Globe Thesis - Globe Thesis

Keyword [Hepa1-6] Result: 1 - 20 \| Page: 1 of 2
1.	Expression And Effect Mechanism Of Activin Receptor-Interacting Protein 2 In Mouse Hepatocytes
2.	The Effects Of Fibroblat Growth Factor-21 In Mice On Metabolism In Vitro
3.	Identification L-selectin's Expression On Hepal-6 And The Relationship Of Lymphogenous Metastasis Ability
4.	Stable Expression Of Caveolin-1 In Murine Hepatocacinoma Cells(Hepa1-6) And Effect Of Caveolin-1 On Cell Growth
5.	Preliminary Study On Inhibition Effects Of Static Magnetic Fields (SMF) With Antineoplastic Drug Of Hydroxycamptothecin On Hepa1-6(Mouse Hepatoma Cell)
6.	Anti-tumor Effect On Hepa1-6 Hepatoma Carcinoma Cell Of Trichinella Spirialis
7.	Effect Of CD147 Overexpression On Murine Hepatocacinoma Hepa1-6 Cells
8.	The Study On Expression, Location And Function Of Caveolin-1 Mutants In Mouse Hepatoma Hepa1-6 Cells
9.	Effect Of Novel Gene JAZF1 Overexpression On Glucose And Lipid Metabolism In Adipocytes And Hepatocytes
10.	The Effects Of Visfatin Knock-Down On Carbohydrate And Lipid Metabolism In Vitro
11.	Inhibitory Effect Of Immunosuppressive Agent FTY720 On Hepatocellular Carcinoma Hepal-6 In Vitro Experimental Study
12.	Inhibitory Effect Of Immunosuppressive Agent Fty720 On Hepatocellular Carcinoma Hepal-6 In Vitro Experimental Study
13.	The Effects Of JAZF1Gene Inhibits In AKT And AMPK Signaling Pathway On Giucose And Lipid Metabolism
14.	Establishment And Application Of Cholesterol Metabolism QPCR Array
15.	Research On Mechanical Property Of Hepatoma Cells(Hepa1-6)of Mous
16.	Effects Of KLF14 Overexpression On Hepatic Insulin Resistance And The Relative Signal Pathway
17.	The Anti-Tumor Immunity Effect Of Dendritic Cells Vaccine Loaded With CTP-FoxM1 On Mice Implanted Subcutaneous Tumor Model
18.	The Roles And Mechanisms Of MiR-1188 Targeting Slc9a8 In Hepa1-6
19.	All-trans Retinoic Acid Reverses Epithelial Mesenchymal Transition Of Mouse Hepatocellular Carcinoma Hepa1-6 Cells By Regulating MiRNA200s Family
20.	Research On The Material Basis Of The Anti-tumor Activity Of Yu-Ping-Feng-San Based On Cell Biological Solid-phase Methods
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