Pacemaker implantation provides electrical pulses to your heart to keep it beating frequently and at a regular rate.
If you have difficulties with a weak heartbeat, a pacemaker may significantly enhance your quality of life. For specific individuals, the technology might save their lives.
How Does A Pacemaker Implantation Work?
A pacemaker is a small implant that weighs between 20 and 50g and is close to the size of a matchbox.
It contains a pulse generator with a battery and a small computer circuit, as well as one or more cables called pacing leads that connect to your heart.
The pulse generator provides electrical impulses to your heart through the connections. The pacemaker rate is a measure at which electric signals are sent out. Almost every modern pacemaker is driven by demand. It implies that they may be designed to change the discharge rate based on your body’s needs.
When the pacemaker senses that your heart has skipped a beat or is pumping too weakly, it sends out constant-rate impulses.
The Importance Of Pacemaker Implantation
The heart is simply a muscular pump that is regulated by electrical impulses.
These signals may be disturbed for a variety of causes, leading to a variety of potentially hazardous cardiac diseases, such as:
- A weak heartbeat (bradycardia)
- An unusually fast heartbreak (tachycardia)
- A condition in which your heart beats abnormally because the impulses that govern your heartbeat are not adequately transferred (heart block)
- When an issue with the heart’s impulses causes the heart to stop beating thoroughly (cardiac arrest).
In certain situations, pacemaker implantation may control abnormal heartbeat (arrhythmia).
Atrial fibrillation, for example, may occasionally be treated with medicine or a non-surgical treatment called catheter ablation.
However, not all arrhythmias persons can be treated in this manner. A pacemaker is regarded as the most effective alternative.
How Is Pacemaker Implantation Performed?
Pacemaker implantation is a reasonably simple procedure.
It is often performed under local anesthesia, which indicates you would be awakened during the surgery. The device is usually inserted under the skin on the left side of the chest, near the collar.
The generator is connected to a cable that travels through a blood vessel to the heart.
The process typically takes approximately an hour, and most patients can leave the hospital the same day or the next day.
