Linked from

The 37 pages that link to Arrhythmia, each with the reason it gives.

• ElectrocardiographyRelated: Electrocardiography identifies arrhythmias by recording the timing and sequence of cardiac impulses.

• SyncopeRelated: A rhythm disturbance can abruptly reduce cardiac output and cause syncope.

• Heart rateRelated: A rhythm disorder can occur even when the average heart rate seems ordinary.

• Metabolic acidosisRelated: Severe acidemia can impair cardiac function and increase susceptibility to rhythm disturbances.

• Cardiac action potentialRelated: Abnormal impulse formation or propagation can disrupt the normal sequence of action potentials.

• ElectrocardiogramRelated: ECG recordings classify abnormal rhythms by their electrical patterns.

• Anorexia nervosaRelated: Electrolyte disturbances and malnutrition can contribute to dangerous rhythm changes.

• Periodic orbitRelated: Models of cardiac reentry describe recurring electrical waves as periodic orbits.

• PropranololRelated: By slowing cardiac activity, propranolol can help control some fast or irregular rhythms.

• VasopressorRelated: Catecholamine vasopressors can provoke dangerous rhythm disturbances.

• TelemetryRelated: Continuous cardiac telemetry can reveal intermittent arrhythmias.

• Tumor lysis syndromeRelated: Rapid potassium and calcium shifts can trigger dangerous disturbances in cardiac rhythm.

• Holter monitorRelated: The monitor is commonly used to capture arrhythmias that occur intermittently.

• YewRelated: Taxine poisoning can cause dangerous rhythm disturbances and cardiac arrest.

• CardiologyRelated: Electrical disturbances can impair circulation or cause sudden cardiac arrest.

• Chloral hydrateRelated: Chloral hydrate poisoning can provoke serious rhythm disturbances.

• Delirium tremensRelated: Severe autonomic stress and electrolyte disturbances can contribute to dangerous rhythm problems.

• TheophyllineRelated: Severe theophylline poisoning can trigger dangerous cardiac arrhythmias.

• BatrachotoxinRelated: Disrupted sodium-channel activity can interfere with the electrical function of cardiac tissue.

• LoperamideRelated: Very high loperamide exposure can disrupt cardiac electrical activity and cause dangerous rhythm disturbances.

• Refsum diseaseRelated: Phytanic acid accumulation can affect the heart and produce potentially serious rhythm disturbances.

• Central hypoventilation syndromeRelated: Autonomic dysfunction and hypoxemia can contribute to rhythm disturbances in affected people.

• LightheadednessRelated: Some arrhythmias reduce cardiac output enough to cause near-fainting.

• Perioperative cardiac risk assessmentRelated: Unstable arrhythmias can require evaluation or treatment before an elective operation.