Cardiac Muscle Membrane Stabilization in Myocardial Reperfusion Injury

Keyphrases

• Cardiac muscle 100%
• Myocardial Ischemia-reperfusion Injury 100%
• Muscle Membrane 100%
• Membrane Stabilization 100%
• Heart Disease 33%
• Membrane Instability 22%
• Chemical Base 22%
• Cell Viability 11%
• Clinically Significant 11%
• Block Copolymer 11%
• Novel Therapeutics 11%
• Duchenne muscular Dystrophy 11%
• Effective Treatment 11%
• Membrane Interface 11%
• Structure Function 11%
• Skeletal Disorders 11%
• Copolymer 11%
• Sarcolemma 11%
• Small Animal Model 11%
• Recent Advances 11%
• Highly Effective 11%
• Mechanistic Insight 11%
• Large Animal Model 11%
• Fatal Infection 11%
• Disease Pathogenesis 11%
• Bilayer Lipid Membrane 11%
• Cause of Disease 11%
• Acquired Heart Disease 11%
• Disease Etiology 11%
• Membrane Stability 11%
• Clinical Forms 11%
• Last Line 11%
• Lines of Defense 11%
• Cardiac muscle Disease 11%
• Inherited Cardiac Conditions 11%
• Muscle Deterioration 11%
• Membrane Stabilizers 11%

Biochemistry, Genetics and Molecular Biology

• Muscle Fiber Membrane 100%
• Membrane Stabilization 100%
• Heart Muscle Fiber Membrane 100%
• Heart Muscle Reperfusion 100%
• Animal Models 16%
• Bilayer Membrane 16%
• Phospholipid Bilayer 16%
• Skeletal Muscle 16%
• Reperfusion 16%
• Cell Viability 16%
• Sarcolemma 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Myocardial Ischemia Reperfusion Injury 100%
• Diseases 100%
• Heart Disease 50%
• Copolymer 50%
• Cardiovascular Disease 50%
• Cell Viability 25%
• Duchenne Muscular Dystrophy 25%
• Deterioration 25%
• Myopathy 25%
• Phospholipid 25%