atherosclerosis plaque - Globe Thesis

Keyword [atherosclerosis plaque] Result: 1 - 20 \| Page: 1 of 10
1.	Development Of A Model Of Atherosclerosis In Rats And Experimental Study Of Nitric Oxide In Atherosclerosis
2.	The Clinic Study On Structural And Biomechanical And Functional Characteristics Of Mildly Coronary Stenosis
3.	Effects Of Inducible Cyclooxygenase And CD40 Ligand On Vulnerability Of Atherosclerosis Plaque Lesions
4.	The Research On The Relation Of The Stability Of Coronary Atherosclerotic Plaque With Hs-CRP And CD105
5.	Role Of Androgen And Its Receptor In Atherosclerotic Plaque Stability And Thrombosis And Mechanisms Concerned
6.	Effect And Mechanism Of PD-1 On Development Of Vulnerable Atherosclerotic Plaque
7.	Research On Effects Of Bushenhuoxuehuatan Decoction To Atherosclerotic Plaque Vunerability
8.	The Role And Mechanism Of Ghrelin Obestatin In The Pathogenesis Of Atherosclerosis Disease
9.	Relationship Between Adiponectin And Atherosclerotic Plaque And The Mechanism Of Prolyl-4-Hydroxylase Expression
10.	Research Of Curative Effects On Atherosclerotic Plaque In Carotid Artery When Treating Patients Of Angina Pectoris Of Coronary Heart Disease By Bushenhuoxuehuatan Decoction
11.	The Effect Of Blocking Voltage-gated Potassium Channel Kv1.3 On The Progress Of Atherosclerosis In A Rat Model
12.	Application Of Immunomodulatory Agents Against Atherosclerosis And Pulmonary Fibrosis In Mouse
13.	Endothelial Cell-specific Secretion Of Molecules Egf-like Domain 7 (egfl7) Of A Preliminary Study
14.	The Sesamin Experimental Rabbit Atherosclerosis Prevention And Treatment Of The Role Of Research
15.	The Study On The Effect And Correlated Mechanism Of Si Miao Yong An Decoction On Atherosclerosis Plaque Stability Of ApoE^-/- Mice
16.	Study Of Local Hydrodynamic Environment Of Cell-substrate Adhesion And Atherosclerotic Plaque
17.	PTX3Involves In The Phagocytosis Of Apoptotic Macrophages In Advanced Lesions Of Atherosclerosis
18.	The Role Of Hepcidin In Regulating Plaque Stability In Atherosclerosis And The Underlying Mechanisms
19.	The Potential Effect Of Arginase I On Athersclerosis
20.	Association Of Acid Sphingomyelinase With The Stability Of Coronary Atherosclerosis Plaque
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