The heart is not a mythical organ. When it does not work well, the entire body suffers and millions of people die every year due to heart complications. One can keep living without a kidney, a spleen, a gall bladder and even part of the liver, but a damaged heart is detrimental. Thank goodness that so many people from Princeton NJ, by receiving a pacemaker, can get a new lease on life.
In essence, the heart is nothing but a pump the size of a fist. The majority of heart problems have to do with an organ that does not beat as strongly or as regularly as it should. Alternatively, the chambers of the heart does not coordinate with each other very well. The result is that the heart fails to deliver sufficient oxygen and blood to the other organs in the body, causing lots of problems and potential failures.
A pace making device is not a complicate piece of machinery and implanting it does not require major open heart surgery. It basically consist of a generator and a number of electrodes that are connected to the heart chambers through certain main arteries. The generator sends electric impulses via the electrodes and this corrects the pace at which the heart beats.
These devices are sophisticated. They constantly monitor the heart rate and adjust the speed at which the heart beats based upon the breathing rate and the physical state of the body during exercise. This monitoring is done automatically and the heart beat is adjusted according to the needs of the body for blood and oxygen. These automatic adjustments prevent the patient from fainting or from suffering from severe fatigue.
Inserting a pace making device does not require major surgery. The generator is placed just below the collar bone of the shoulder on the left and the electrodes are guided to the heart chambers through a major vein. It is done under a local anaesthetic and the patient can go home almost immediately after the procedure. At least one follow up visit is necessary to make sure that the device is performing well.
Patients that received a pace making device do not have to change their life styles dramatically. They can still exercise but they should avoid full body contact sports. Intense magnetic fields should also be avoided and when they receive medical attention for any other condition, they should make sure that their doctors know that they have a pace making device. Initially, care should be taken to avoid infection or pressure at the implant site.
Complications from having this type of surgery is rare, but infection is always a risk after any type of invasive surgery. Some patients have an allergic reaction to the dye used during the procedure. Others experience swelling and discomfort in the area where the generator is implanted, although this normally clears up within a week or two. In very rare cases the lungs of the patient collapse.
Millions of people are able to continue enjoying life because of pace maker technology. Heart disease continue to be one of the biggest causes of death world wide. Ongoing research will no doubt provide new solutions. It is the responsibility of each individual, however, to avoid habits and lifestyle choices that will have an adverse effect upon the heart.
In essence, the heart is nothing but a pump the size of a fist. The majority of heart problems have to do with an organ that does not beat as strongly or as regularly as it should. Alternatively, the chambers of the heart does not coordinate with each other very well. The result is that the heart fails to deliver sufficient oxygen and blood to the other organs in the body, causing lots of problems and potential failures.
A pace making device is not a complicate piece of machinery and implanting it does not require major open heart surgery. It basically consist of a generator and a number of electrodes that are connected to the heart chambers through certain main arteries. The generator sends electric impulses via the electrodes and this corrects the pace at which the heart beats.
These devices are sophisticated. They constantly monitor the heart rate and adjust the speed at which the heart beats based upon the breathing rate and the physical state of the body during exercise. This monitoring is done automatically and the heart beat is adjusted according to the needs of the body for blood and oxygen. These automatic adjustments prevent the patient from fainting or from suffering from severe fatigue.
Inserting a pace making device does not require major surgery. The generator is placed just below the collar bone of the shoulder on the left and the electrodes are guided to the heart chambers through a major vein. It is done under a local anaesthetic and the patient can go home almost immediately after the procedure. At least one follow up visit is necessary to make sure that the device is performing well.
Patients that received a pace making device do not have to change their life styles dramatically. They can still exercise but they should avoid full body contact sports. Intense magnetic fields should also be avoided and when they receive medical attention for any other condition, they should make sure that their doctors know that they have a pace making device. Initially, care should be taken to avoid infection or pressure at the implant site.
Complications from having this type of surgery is rare, but infection is always a risk after any type of invasive surgery. Some patients have an allergic reaction to the dye used during the procedure. Others experience swelling and discomfort in the area where the generator is implanted, although this normally clears up within a week or two. In very rare cases the lungs of the patient collapse.
Millions of people are able to continue enjoying life because of pace maker technology. Heart disease continue to be one of the biggest causes of death world wide. Ongoing research will no doubt provide new solutions. It is the responsibility of each individual, however, to avoid habits and lifestyle choices that will have an adverse effect upon the heart.
About the Author:
Our international cardiology clinic provides state-of-the-art pacemaker to heart patients. To learn more about our doctors, visit this website at http://picheart.com.
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