Skip to main content

What is arrhythmia Causes and Treatment

What is arrhythmia?
Arrhythmia is a heart rhythm abnormality now this can either be due to the fact that the heart is beating too slowly which is called a bradycardia or too quickly which is called a tachycardia.
arrhythmia cuases and treatment

Causes of Arrhythmia
The most common cause of bradycardia is intrinsic disease within the conducting tissue of the heart and this is normally treated with a pacemaker if your heart beats too quickly this is called a tachycardia and the most common reason for a tachycardia is atrial fibrillation now this diagnosis is prevalent in more than 5% of the population above 60 years of age and the most common risks that predispose patients to atrial fibrillation include hypertension diabetes or a previous history of a heart attack.
How Cardiac arrhythmia diagnosis
It can be diagnosed in several ways. Usually the patient complains of symptoms. They may feel their heart suddenly beating too fast or too slowly. They may complain of feeling dizzy because their heart rate is too slow and their blood pressure drops as a consequence. They may feel faint. They may actually faint and lose consciousness.
Aside from what the patient tells us, there are a number of simple tests that we can do to make the diagnosis. Probably, the commonest is to do an ECG, that’s to record the electrical activity of the heart just by putting a series of electrodes on the outside of the chest wall and recording that and we can see from the ECG whether the heart is in the normal rhythm or an abnormal rhythm very readily.
If we still can’t obtain a diagnosis, then we can introduce tiny, little electrodes through the vein at the top of the leg and pass those round to the heart and record the electrical signals directly from within the heart and work out from that procedure whether the individual has an extra electrical connection or an irritable focus inside the heart that can make the heart suddenly speed up. Equally, we can also assess
how the heart’s own pacemaker functions in whether it’s not functioning properly.
How Arrhythmia Is Treated?
If the arrhythmia is due to a slow heart rate, or bradycardia, this is usually only resolved with a permanent pacemaker implantation.
If the arrhythmia is due to a tachycardia, the most common of which is a diagnosis of atrial fibrillation, then there are several strategies in a step-wise manner that can be applied to treat the arrhythmia.
The first is to try and modify risk factors that provoke arrhythmia. This may be to do with lifestyle changes, treating obesity, treating diabetes and hypertension.
In patients who continue to have frequent arrhythmic episodes, then drugs could be tried and in the case where the drugs fail, then the option of catheter ablation, which is a specialized keyhole cardiac surgical procedure, can be performed in selected individuals who fulfill the criteria. These procedures are normally performed by a cardiac electrophysiologist in a specialized catheter laboratory such as this.

Comments

Popular posts from this blog

A-FIB VERSUS JUNCTIONAL RHYTHMS

. ATRIAL FIBRILLATION: On your rhythm strip, the two most important characteristics are: . 1) A rhythm that’s IRREGULARLY irregular (meaning there’s no way to predict the next beat) 2) No discernible P waves . In fact, if you notice an irregularly irregular rhythm and you’re having to convince yourself that you see P waves... it’s probably A-fib (multifocal atrial arrhythmias like WAP/MAT could fit the differential) . *In my opinion: Don’t get caught up in using fibrillation waves as an absolute criteria. Very fine A-fib can sometimes produce a near isoelectric line between beats. . JUNCTIONAL RHYTHMS: The pacemaker cells surrounding the AV junction are capable of initiating regular impulses but at a slightly slower natural rate than their sinus and atrial superiors. The heart is built this way so that when the pacemaker cells with the fastest intrinsic rates are in action, those below are suppressed and function primarily to pass along the impulse from above. . For these reasons, we s

The Pathway of Blood

Here’s a great illustration on the pathway of blood flow through the heart. It may seem easy...but you should know this cold as well as the cardiac anatomy, both of which will make procedures and understanding hemodynamics easier. . . . đŸ’™VENOUS BLOOD- Blood flows into the heart (into the right atrium) through two major veins (the superior and inferior vena cava) as well as from the coronary sinus (cardiac venous blood from the coronaries) and then out through the first AV valve (tricuspid valve) into the right ventricle. From there blood flows into the right ventricular outflow tract, across the first semilunar valve (pulmonic valve) and into the main and then left and right pulmonary arteries. Blood then enters the lungs to become oxygenated. . . . ❤️ARTERIAL BLOOD- now that blood is oxygenated flow goes from the lungs into the left atrium through 4 veins (usually) called the pulmonary veins. From the left atrium blood flows across the other AV valve (mitral valve) and into the left

What is The Cardiac Cycle ?

The cardiac cycle refers to the sequence of events that occur and repeat with each heartbeat. It can be divided into two main stages: Systole and diastole, each of which is divided into several small steps When systole and diastole are not specified otherwise refers to ventricular contraction and relaxation Respectively, Reminder Blood flows from low to low pressure Compression increases the pressure in a Chamber, while relaxation reduces the pressure. When the AVT valves open the anterior pressures are higher than the ventricular pressures and Off when the pressure gradient is reversed. Similarly, Semiluna valves open when ventricular pressure exceeds submerged /, pulmonary pressure And stop. If the opposite is true, The cycle was started by firing shots at the SA node, which encouraged the atria to lower . Learn here Atrial Fibrillation Treatment It is represented by p-waves in the ECG Shortly after the onset of the P-wave atrial contraction begins and increases the