Myocardial energy metabolism - Globe Thesis

Keyword [Myocardial energy metabolism] Result: 41 - 54 \| Page: 3 of 3
41.	Study On The Method Of Replenishing Qi And Activating Blood To Improve Myocardial Energy Metabolism And TCM Syndromes In Rats With Cardiogenic Malnutrition
42.	A Meta-analysis Of The Clinical Effect Of Heart-spleen Treatment Together Of Angina Pectoris Of Coronary Heart Disease And Tiaopihuxinfang Decoction In Treatment Of AMI Model Rats On Myocardial Protection And Its Effect Of Expression Of AMPK
43.	The Effects Of GLUT4 Signal Channel In The Myocardial Energy Metabolism Following Early High-level Spinal Cord Injury In Rats
44.	Inhibition Of Warburg Effect In Paroxysmal Atrial Fibrillation Canine Model:Its Roles In Energy Metabolism And Fibrosis Remodeling
45.	Comparison Of The Ameliorative Effects Of Atorvastatin And Fenofibrate On Myocardial Energy Metabolism In Hyperlipidemic Rats
46.	The Effects Of Yangxinxue Granules On Cardiac Function And Myocardial Energy Metabolism In Rats With Chronic Heart Failure
47.	Mitochondrial Proteomics In Myocardial Hypertrophic Preconditioning
48.	Exploring The Intervention Of Exercise Training On Chronic Heart Failure And Its Effect On Mitochondrial Energy Metabolism Based On The Theory Of "Move To The Yang"
49.	One Year Follow-up Study Of Echocardiography To Evaluate Myocardial Energy Metabolism In Heart Failure With Preserved Ejection Fraction
50.	Study On Energy Metabolism Mechanism Of Qishen Granules And Its Separate Prescriptions In Treating Heart Failure Rats After Myocardial Infarction
51.	The Study Of Ginsenoside Rb1 On Myocardial Glycolysis And Metabolism In Rats With Adriamycin-induced Heart Failure
52.	Modulations of myocardial energy metabolism via xanthine oxidase inhibition, Sca-1+ stem cell treatment and PPAR-delta gene ablation
53.	The Correlation Study Of Effect Of Exercise Training On Apelin/APJ System And Mechanism Of Improve Cardiac Aging In Mice
54.	Clinical Study Of Xintongtai In The Treatment Of Stable Angina Pectoris With Qi Stagnation And Blood Stasis Syndrome And Myocardial Energy Metabolism
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