Cellular pharmacology of cardiac automaticity and conduction: Implications in antiarrhythmic drug assessment

Keyphrases

• Drug Evaluation 100%
• Antiarrhythmic Drugs 100%
• Cardiac Conduction 100%
• Automaticity 100%
• Cellular Pharmacology 100%
• Cardiac Automaticity 100%
• Impulse Generation 66%
• Cardiac Impulse 66%
• Cardiovascular Disease 33%
• Ion Channels 33%
• Ion Exchanger 33%
• Sudden Cardiac Death 33%
• Ventricular Arrhythmia 33%
• Atrial Fibrillation 33%
• Arrhythmia 33%
• Myocardial Injury 33%
• Experimental Animal Models 33%
• Channelopathy 33%
• Drug Therapy 33%
• Pharmacogenomics 33%
• Drugable Targets 33%
• Recent Advancements 33%
• Cardiac Conduction System 33%
• Arrhythmogenic Substrate 33%
• Life-threatening Arrhythmias 33%
• Interaction Mechanism 33%
• Spontaneous Generation 33%
• Calcium Cycling 33%
• Ion Pump 33%
• Conduction Abnormalities 33%
• Sinoatrial Node 33%
• Drug-target Interaction 33%
• Remodeling Process 33%
• Abnormal Automaticity 33%
• Automatic Generation 33%
• Single Player 33%
• Sarcolemmal Membrane 33%
• Cellular Signaling Systems 33%
• Abnormal Conduction 33%

Biochemistry, Genetics and Molecular Biology

• Heart Conduction 100%
• Heart Automaticity 100%
• Antiarrhythmic Agent 100%
• Cardiac Dysrhythmia 100%
• Animal Models 33%
• Pharmacogenomics 33%
• Ion Transport 33%
• Experimental Animal 33%
• Sudden Cardiac Death 33%
• Channelopathy 33%
• Ion Channel 33%
• Atrial Fibrillation 33%

Pharmacology, Toxicology and Pharmaceutical Science

• Heart Arrhythmia 100%
• Antiarrhythmic Agent 100%
• Experimental Animal 33%
• Pharmacogenomics 33%
• Heart Muscle Injury 33%
• Ion Channel 33%
• Channelopathy 33%
• Atrial Fibrillation 33%
• Sudden Cardiac Death 33%
• Cardiovascular Disease 33%
• Diseases 33%