Cardiac electrophysiology and mechanoelectric feedback : modeling and simulation

Medicine and Dentistry

• Feedback System 100%
• Tissues 100%
• Cardiac Electrophysiology 100%
• Element 75%
• Introspection 37%
• Atrium 37%
• Observation 25%
• Atrial Fibrillation 25%
• Cardiac Dysrhythmia 25%
• Sarcomere 25%
• Apoplexy 25%
• Action Potential 25%
• Gap Junction 25%
• Fibrosis 25%
• Spiral Wave 25%
• Flexibility 12%
• Stimulation 12%
• Cells 12%
• Membrane 12%
• Pump 12%
• Heart Cycle 12%
• Calcium Ion 12%
• Membrane Current 12%
• Sodium Channel 12%
• Heart Atrium Conduction 12%
• Membrane Potential 12%
• Pathological Tissue 12%
• Refractory Period 12%
• Defibrillation 12%
• Repolarization 12%
• Ventricular Fibrillation 12%
• Cellular Physiology 12%

Biochemistry, Genetics and Molecular Biology

• Feedback System 100%
• Cardiac Electrophysiology 100%
• Introspection 37%
• Velocity 37%
• Atrial Fibrillation 25%
• Force 25%
• Action Potential 25%
• Bidomain Model 25%
• Clinical Study 25%
• Experiment 12%
• Length 12%
• Membrane 12%
• Conductance 12%
• Dilatation 12%
• Heart Cycle 12%
• Membrane Current 12%
• Sodium Channel 12%
• Membrane Potential 12%
• Heart Atrium Conduction 12%
• Electric Activity 12%
• Repolarization 12%
• Refractory Period 12%
• Defibrillation 12%
• Ventricular Fibrillation 12%
• Computer Simulation 12%

Neuroscience

• Cardiac Electrophysiology 100%
• Behavior (Neuroscience) 37%
• Sarcomere 25%
• Stroke 25%
• Gap Junction 25%
• Action Potential 25%
• Cardiac Cycle 12%
• Sodium Channel 12%
• Membrane Current 12%
• Heart Atrium Conduction 12%
• Atrial Fibrillation 12%
• Membrane Potential 12%
• Refractory Period 12%