Enhancement of ventricular gap-junction coupling by rotigaptide

Biochemistry, Genetics and Molecular Biology

• Conductance 100%
• Steady State 100%
• Cardiac Muscle Cell 100%
• Whole Cell Patch Clamp 50%
• Electric Potential 50%
• Cardiac Dysrhythmia 50%
• Cardiac Action Potential 50%
• Effective Concentration 50%
• Primary Cell Culture 50%
• Antiarrhythmic Activity 50%

Keyphrases

• Gap Junction Coupling 100%
• Rotigaptide 100%
• Concentration-dependent 20%
• Therapeutic Concentrations 20%
• Ventricular Cardiomyocytes 20%
• Gap Junction Conductance 20%
• Junction Current 20%
• Effective Concentration 10%
• Myocardium 10%
• High Concentration 10%
• Action Potential Propagation 10%
• Pharmacological Dose 10%
• Steady State 10%
• Therapeutic Efficacy 10%
• Primary Cells 10%
• Ventricular Arrhythmia 10%
• Cardiac Action Potential 10%
• Culture Dish 10%
• Steady-state Inactivation 10%
• Inactivation Kinetics 10%
• Reentrant Circuit 10%
• Re-entrant 10%
• Conduction Slowing 10%
• Cell Pair 10%
• Antiarrhythmic Effect 10%
• Gap Junction Intercellular Communication 10%
• Reverse Conduction 10%
• Dual Whole Cell Patch-clamp 10%

Pharmacology, Toxicology and Pharmaceutical Science

• Rotigaptide 100%
• Combination Therapy 10%
• Heart Arrhythmia 10%
• Antiarrhythmic Agent 10%
• Primary Culture 10%