What are the different types of ECG rhythms?

Electrocardiogram, often shortened as ECG or ECG, is used to monitor the heart's electrical activity. There are many different formulas that can be seen in the ECG rhythms that can provide vital information to doctors and rescuers. Changes in ECG rhythms may point to problems with different parts of the heart and can help doctors provide proper treatment.

Normal rhythms of ECG consist of three sections: wool P, QRS and T waves complex. The P wave is triggered by a atrial contraction and sends an electrical pulse to the chamber to beat. The contraction of the chamber is considered to be a QRS complex that appears to be a sharp tip and corresponds to a noticeable feeling of heart rhythm or pulse. The t watches this contraction and becomes when the heart is ready to beat again. Some patients may also have a wave of U, which has the same purpose as t wave.

Abnormalities in the ECG rhythms may show problems of heart activity. Many of these problems are not dangerous to the patient, although some of them testify toserious health conditions. ECG assessment can tell healthcare professionals a lot about the state of the heart.

Three common abnormalities in the ECG rhythms are super -valricular tachycardia, sinus tachycardia and sinus bradycardia. In supraventricular tachycardia, the heart rate is between 140 and 220 rhythms per minute, but otherwise it is normal. Patients with sinus tachycardia have a normal rhythm at their heart rate, even if the heart beats at a speed of more than 100 minutes. This is normal if a person is practicing, is sick or emphasized. Sinus bradycardia refers to normally looking ECG with a heart rate less than 60 beats per minute.

There are a number of ECG rhythms that require immediate medical attention. ECG, which does not appear to be an electrical activity known as a flat line and means that the heart does not beat. The contraction impulses that generate from the chamber can sometimes lead to a rapid heart rhythm of a friendas a chamber tachycardia. This rhythm may cause the patient to lose a pulse and in which case the heart would require electrical stimulation. Chamber fibrillation is similar to ventricular tachycardia, but is highly irregular and requires immediate defibrillation.

Electric pulses problems in the atrium can cause atrial flutter or atrial fibrillation that may disrupt the QRS complex interval, leading to irregular or rapid heart rhythm. The delay in the transmission of the electrical signal from the hall to the chamber can also lead to irregular ECG rhythms. For most of these blocks in electric signals, the force still signals the chamber, although the chamber is able to trigger its own contraction if there is a serious block in electricity.