![]() ![]() The flutter waves (on the contrary to f-waves in atrial fibrillation) have identical morphology (in each ECG lead). Atrial flutter is the only diagnosis causing this baseline appearance, which is why it must be recognized on the ECG. The ECG shows regular flutter waves ( F-waves not to be confused with f-waves seen in atrial fibrillation) which gives the baseline a saw-tooth appearance. Impulses spread rapidly through the atria from this re-entry circuit. In the vast majority of cases, the re-entry circuit in atrial flutter is located in the right atrium and it typically loops around the tricuspid valve. This is due to the fact that atrial flutter is caused by a macro re-entry circuit (a large re-entry circuit) and re-entry circuits are vulnerable processes that usually self-terminate within minutes, hours or days. Thus, as compared with atrial fibrillation, atrial flutter is not capable of persisting for longer periods of time. ![]() Acute and paroxysmal cases are common in clinical practice. The observant will notice that the classification differs slightly from that of atrial fibrillation. Acute atrial flutter (includes newly diagnosed cases).Similar to atrial fibrillation, atrial flutter can be classified into the following types: Atrial flutter causes characteristic ECG changes, as discussed below.Ītrial flutter tends to accompany atrial fibrillation, although some individuals may only present with atrial flutter. As compared with several other supraventricular tachyarrhythmias, atrial flutter does not occur among otherwise healthy individuals. However, most cardiac conditions may be associated with atrial flutter. Atrial flutter occurs almost exclusively among persons with significant heart disease, predominantly ischemic heart disease. Atrial flutter: from ECG to clinical managementĪtrial flutter is the second most common pathological tachyarrhythmia. ![]()
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