myocardial damage - Globe Thesis

Keyword [myocardial damage] Result: 1 - 20 \| Page: 1 of 10
1.	Protective Effect Of Montelukast-a Leukotriene Antagonist On Myocardial Damage Induced By Isoproterenol In Rats
2.	Effect Of P38 Kinase Pathway On Early Myocardial Damage After Severe Burns
3.	The Research On The Mechanism Of Rat Myocardial Damage Caused By Lipopolysaccharide And The Protection Of Glutamine To It
4.	Role Of Heme Oxygenase-1 In Early Myocardial Damage After Severe Burn
5.	Role Of JAK/STAT Pathway In Regulating Myocardial Damage At Early Stage After Ischemia-reperfusion Injury
6.	Mechanism Of Myocardial Damage Caused By Intracerebral Hemorrhage And The Protective Effects Of Fuzhenghunao Capsule
7.	Role Of H11 Protein In Early Myocardial Damage After Severe Burn
8.	Research On Differentiation Of Human Marrow Mesenchymal Stem Cells To Cardiomyocytes
9.	Experimental And Clinical Studies Of Noninvasive Evaluation Of Anthracycline-induced Myocardial Damage During The Subclinical Stage By New Techniques Of Ultrasound
10.	Roles Of Inflammation In Myocardial Damage After Coronary Microembolization And Impacts Of NF-κB Inhibitor
11.	Effects Of Thyroid Function On Myocardial Damage And Long - Term Prognosis In Patients With Cardiovascular Disease
12.	Relation Of AT1R Gene Polymorphism And AngⅡ And ET With Myocardial Damage In Severe Preeclampsia Patients And Their Fetus
13.	PI3K/Akt Pathway Protects Cardiomyocytes From Apoptosis After Severe Burns
14.	Protective Effects And Mechanism Of Glycine Through The Pathway Of Glycine Receptors On Early Myocardial Damage
15.	Renin-angiotension System Imbalance Mediates Myocardial Damage At Early Stage Following Severe Burns In Rats
16.	Effects And Mechanisms Of Compound RapA Therapy On Type 2 Diabetes Goto-kakizaki Rats
17.	Experimental Study On Severe Acute Pancreatitis Myocardial Damage And The Protective Effect Of Anisodamine
18.	Myocardial Damage And Repair Of Basic Research
19.	Roles Of Autophagy In Myocardial Damage Soon After Severe Burns And Exploration On Its Regulation Mechanisms
20.	Effects Of Tangxinkang On Myocardial Apoptosis Of Diabetic Mellitus Rats
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