Examples of using Av node in English and their translations into Indonesian
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Ecclesiastic
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Ecclesiastic
atrial flutter), the AV node limits the number of signals conducted to the ventricles.
There is a slight delay in getting the electrical signal from the SA node to the AV node, but the heart functions normally.
left atria to confine the electrical impulses to defined pathways to reach the AV node.
the main electrical vector is directed from the SA node towards the AV node, and spreads from the right atrium to the left atrium.
Once the AV node is destroyed,
An exercise stress test will evaluate the individual's heart rate response to exertion and determine if the AV node blocking agents are contributing to the symptoms.
slow pathways are located within the right atrium close to or within the AV node and exhibit electrophysiologic properties similar to AV nodal tissue.
The drugs that most commonly cause first-degree heart block are those that increase the refractory time of the AV node, thereby slowing AV conduction.
The medications that most commonly cause first-degree heart block are those that increase the refractory time of the AV node, thereby slowing AV conduction.
The AV node sees all the electrical signals,
occurs when the pathways in the AV node or atrium allow an altered conduction of electricity,
These start as a single fascicle of fibers at the AV node called the bundle of His that then splits into three bundle branches:
However, the AV node can't conduct the signals to the ventricles as fast as they arrive,
if there are side effects or if you are not a good candidate for other procedures, AV node ablation is another option.
In individuals with WPW syndrome, electrical activity that is initiated in the SA node travels through the accessory pathway as well as through the AV node to activate the ventricles via both pathways.
For example, if the atria are electrically activated at 300 beats per minute, half those electrical impulses may be blocked by the AV node, so that the ventricles are stimulated at only 150 beats per minute-resulting in a pulse of 150 beats per minute.
For instance, if the atria are electrically activated at 300 beats per minute, half those electrical impulses are blocked by the AV node, so that the ventricles are activated at 150 beats per minute(giving a pulse of 150 beats per minute).
rate(as they do during atrial fibrillation or atrial flutter), the AV node will limit the electrical activity that conducts to the ventricles.
The electrical signal generated by the SA node moves from cell to cell down through the heart until it reaches the AV node, a cluster of cells situated in the center of the heart between the atria and ventricles.
are not a good candidate for other procedures, AV node ablation may be another option.