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Keyword [mmLDL]
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1. The Molecular Mechanism Involved In Effect Of TNF-α Or MmLDL On PAI-1 Expression In Endothelium
2. Tnf¦Á, Aii And Mmldl Induced Endothelial Cell Membrane Abnormalities, Calcium Activated Potassium Channel
3. Influence Of The Conditioned Media Of Hypothalamus-pituitary On The Expression Of TNF_αand IL-1_β Of The Cultured Macrophages Induced By MmLDL
4. Effect Of Enriching Qi And Activating Blood Prescription And The Related Active Ingredient On MmLDL Induced THP-1-Macrophage Through "TLR4-Syk" Pathway
5. The Mechanism Of MmLDL Impaired Endothelium-dependent Relaxation In Mice Mesenteric Arteries
6. The ERK1/2 Pathway Participates In The Upregulation Of The Expression Of Mesenteric Artery α1 Receptors By Intravenous Tail Injections Of MmLDL In Mice
7. MmLDL Influenced α1 Receptors Expression In Mice Mesenteric Artery
8. MmLDL Activates The ERK1/2 Pathway In Vivo To Upregulatemouse Mesenteric Artery ET_B Receptors
9. TLR4mAb Inhibits The Endothelium-dependent Diastolic Function Of Mesenteric Arteries In Mice Injured By MmLDL
10. MmLDL Activates The PI3K/Akt Pathway To Upregulate Mouse Mesenteric Artery ETB Receptors And α1 Receptors
11. MmLDL Upregulate ET_AR Through Class Ⅲ PI3K/Beclin-1 Signal Pathway
12. MmLDL Upregulates Mouse Mesenteric Artery Endothelin Receptors Through P38 MAPK Pathway
13. Involvement Of ERK1/2 Pathway In MmLDL Upregulation Of ET_A Receptors In Mouse Mesenteric Arteries
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