The role of ephaptic coupling and gap junctional coupling in modulating the initiation and dynamics of reentrant arrhythmias

Keyphrases

• Ephaptic Coupling 100%
• Gap Junction Coupling 100%
• Reentrant Arrhythmia 100%
• Gap Junction 58%
• Reentry 50%
• Myocytes 25%
• Arrhythmia 16%
• Intercalated Disc 16%
• Antiarrhythmic Effect 16%
• Reentrant Activity 16%
• Gap Junction Intercellular Communication 8%
• Cardiac Dynamics 8%
• Heart muscle 8%
• Rotor 8%
• Two Dimensional 8%
• Common Mechanisms 8%
• Resistance Pathways 8%
• Conduction Velocity 8%
• Electrical Activity 8%
• Dominant Frequency 8%
• Electrical Impulse 8%
• Cardiac Conduction 8%
• Impulse Propagation 8%
• Conduction Block 8%
• Ephaptic Conduction 8%
• Electrical Field 8%
• Electrical Signaling 8%
• Ectopic Activity 8%
• Triggered Release 8%
• Coupling Gap 8%
• Bidomain Model 8%
• Electrical Communication 8%
• Transient Instability 8%
• Nonsustained 8%
• Arrhythmogenesis 8%
• Transient Heterogeneity 8%
• Gap Junction Uncoupling 8%
• Low Resistance 8%
• Initial Perturbation 8%

Biochemistry, Genetics and Molecular Biology

• Cardiac Dysrhythmia 100%
• Electric Field 33%
• Electric Activity 33%
• Bidomain Model 33%
• Heart Conduction 33%
• Antiarrhythmic Activity 33%
• Cardiac Muscle Cell 33%
• Nerve Block 33%
• Antiarrhythmic Agent 33%