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Keyword [ApoE-/-mice]
Result: 101 - 120 | Page: 6 of 8
101.
Evaluation Of The Role Of Epitopes Of Perilipin On The Formation Of Atherosclerotic Lesion In ApoE
-/-
Mice
102.
Role Of Artery Intima Dendritic Cells Changes In Uremic-accelerated Atherosclerosis ApoE
-/-
Mice
103.
Influence Of Atherosclerosis To The Molecular Expressions Of TRPC1-BK Signal Complex In Aortic Smooth Muscle Of Mice
104.
The Changes Of Autophagy In The Different Stages Of Common Carotid Atherosclerosis In ApoE
-/-
Mice
105.
Effects Of Serum Amyloid P Component On Atherosclerosis In Apoe
-/-
Mice
106.
Effects Of Atorvastatin On Lipid Metabolism And Cholesterol Efflux In Lipopolysaccharide-induced Cells And Mouse Inflammatory Models
107.
Co-treatment Of NaoXinTong And Atorvastatin Reduces Advanced Lesions
108.
The Effective Of Berberine,The Main Activate Ingredient Of Rhizoma Coptidis,on Atherosclerosis In ApoE -/- Mice Fed With High Fat Diet
109.
Compound Flavonoids Improve The Atherosclerosis Of ApoE -/- Mice
110.
The Pulse And Cordycepin Derivative IMM-H007 Improved The Experimental Lipid Metabolism Disorder And The Damage Of Affected Organs
111.
Effect Of Huxinkang On The Improvement Of Atherosclerosis In ApoE -/- Mice And The Expression Of GSK-3? And Wnt7a Proteins
112.
Effect Of Huxinkang On Arterial Plaque, Wnt-1 And APC In Atherosclerotic ApoE -/- Mice
113.
Experimental Study On The Effect Of Xintongtai On The Stability Of Atherosclerotic Plaque In ApoE -/- Mice
114.
Xintongtai Intervenes In The Experimental Study Of Atherosclerosis In ApoE-/- Mice
115.
The Effects Of MiRNA-21 On HUVECs Apoptosis And The Impact Of Bosentan
116.
Pannexin-1-NLRP3 Pathway Mediates Apelin-13/APJ Promoting Atherosclerosis
117.
Prevent And Treatment Of Chronic Complications In Patients With Type 1 Diabetes Mellitus
118.
Kallistatin Promotes Abca1 Expression And Antiatherosclerosis Through The MiR-29c-3p/BACH2 Pathway
119.
Investigation On Endothelial To Mesenchymal Transition In Atherosclerotic Plaque And The Regulation Mechanisms Of Hydrogen Sulfide
120.
The Potential Mechanism Of Artemisinin Attenuating Atherosclerosis In High-fat Diet-fed ApoE-/-Mice By Promoting Macrophage Autophagy Via AMPK/mTOR/ULK1 Pathway
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