Ginsenoside compound-Mc1 attenuates oxidative stress and apoptosis in cardiomyocytes through an AMP-activated protein kinase–dependent mechanism

Medicine & Life Sciences

• Ginsenosides 100%
• Adenosine Monophosphate 78%
• Cardiac Myocytes 65%
• Oxidative Stress 51%
• Apoptosis 42%
• Proteins 25%
• superoxide dismutase 2 25%
• bcl-2-Associated X Protein 21%
• AMP-Activated Protein Kinases 20%
• High Fat Diet 17%
• Catalase 16%
• IgA receptor 15%
• Antioxidants 13%
• B-Cell Lymphoma 12%
• Heart 11%
• Cell Survival 8%
• Panax 7%
• Obese Mice 7%
• Hydrogen Peroxide 5%
• Caspase 3 5%
• Heart Diseases 4%
• Reactive Oxygen Species 4%
• Flow Cytometry 4%
• Collagen 4%
• Fibrosis 4%
• Obesity 4%
• Therapeutics 3%
• DNA 3%
• In Vitro Techniques 2%

Agriculture & Biology

• ginsenosides 91%
• cardiomyocytes 85%
• apoptosis 64%
• oxidative stress 55%
• AMP-activated protein kinase 24%
• proteins 23%
• high fat diet 18%
• B-cell lymphoma 16%
• catalase 14%
• superoxide dismutase 13%
• heart 13%
• antioxidants 11%
• cell viability 10%
• mice 10%
• cardioprotective effect 8%
• tissues 7%
• heart diseases 7%
• cells 7%
• caspase-3 7%
• fibrosis 7%
• Panax 7%
• obesity 6%
• flow cytometry 5%
• hydrogen peroxide 5%
• collagen 5%
• cytotoxicity 4%
• reactive oxygen species 4%
• therapeutics 4%
• assays 3%
• extracts 3%
• DNA 2%
• methodology 1%

Chemical Compounds

• Ginsenoside 97%
• Oxidative Stress 69%
• Protein 29%
• Superoxide 17%
• Antioxidant Agent 13%
• Cell Viability 11%
• Cardioprotective 8%
• Protein Kinase Inhibitor 8%
• Cytometry 6%
• Collagen 5%
• Reactive Oxygen Metabolite 5%
• Hydrogen Peroxide 4%
• Flow 3%
• Molecule 2%