The normal heart generates its own rhythm through specialized tissues found at the sinoatrial (SA) node. Electrical impulses from this region are transmitted to the rest of the heart resulting in contraction and relaxation and hence the filling and emptying of this organ with blood. In some cases, the heart is unable to undergo this cycle effectively creating the need for an artificial device or pacemaker.
The main role of pacing devices in Princeton, NJ is to restore normal rate and rhythm. A number of other benefits can be realized in some patients. Fainting episodes (also known as syncope) are often the result of heart disease. Abnormal heart rate and rhythm may interfere with blood supply to the brain. Normalizing the rate usually helps solve the problem. Other conditions that may be managed using the approach include hypertrophic cardiomyopathy and congestive heart failure.
The decision to have surgery is usually made by the heart specialist after a thorough evaluation. This evaluation includes the taking of a medical history, conducting a physical examination and requesting for some investigations. Those that are most informative include the echocardiogram and the electrocardiogram. Once you have met the required criteria, you will be advised on the foods and drugs to be avoided during the preparation stage.
The process through which the pacer is inserted is fairly straightforward. Local or general anesthesia are used to minimize the pain. Once the area of interest has been numbed, a small cut is made on an area near the shoulder. The leads are then maneuvered to the heart through the guidance of an instrument known as a fluoroscope. This operation takes an average of 30 to 90 minutes. Antibiotics are usually administered to prevent infections.
The surgery is typically performed as a day case in most places. However, one may be admitted to allow for monitoring of the device overnight. If the rate is too high or too low adjustments in frequency may have to be made. Complications may also be identified at this time. They include, for example, bleeding, infections, abnormal rhythms and injuries to the lungs and heart.
One needs to have regular medical checkups so as to determine whether the device is functioning properly. The frequency varies from one patient to another but the general recommendation is that the first full checkup should be scheduled at six weeks after the operation. Subsequent checkups are then scheduled at six months intervals except in cases where complications are anticipated. The main parameters to be evaluated include the sensing ability, the threshold and the lead integrity.
It is not an absolute necessity for one to change their lifestyle after surgery. However, one should take precautions to avoid damaging the device. For example, strong magnetic fields such as those in MRI machines should be avoided. There is also a need to minimize participation in contact sports that may damage the pacer. When undergoing invasive medical procedures, antibiotics should be administered as prophylaxis against infections.
Patients with the device need to carry around identification cards. The cards carry important information such as their primary symptom, the cause of their condition and the electrocardiogram tracing. Other important information include the pacer center, date of manufacture, the model and the lead type. The card makes it possible for treatment to be provided even if the patient visits a different facility.
The main role of pacing devices in Princeton, NJ is to restore normal rate and rhythm. A number of other benefits can be realized in some patients. Fainting episodes (also known as syncope) are often the result of heart disease. Abnormal heart rate and rhythm may interfere with blood supply to the brain. Normalizing the rate usually helps solve the problem. Other conditions that may be managed using the approach include hypertrophic cardiomyopathy and congestive heart failure.
The decision to have surgery is usually made by the heart specialist after a thorough evaluation. This evaluation includes the taking of a medical history, conducting a physical examination and requesting for some investigations. Those that are most informative include the echocardiogram and the electrocardiogram. Once you have met the required criteria, you will be advised on the foods and drugs to be avoided during the preparation stage.
The process through which the pacer is inserted is fairly straightforward. Local or general anesthesia are used to minimize the pain. Once the area of interest has been numbed, a small cut is made on an area near the shoulder. The leads are then maneuvered to the heart through the guidance of an instrument known as a fluoroscope. This operation takes an average of 30 to 90 minutes. Antibiotics are usually administered to prevent infections.
The surgery is typically performed as a day case in most places. However, one may be admitted to allow for monitoring of the device overnight. If the rate is too high or too low adjustments in frequency may have to be made. Complications may also be identified at this time. They include, for example, bleeding, infections, abnormal rhythms and injuries to the lungs and heart.
One needs to have regular medical checkups so as to determine whether the device is functioning properly. The frequency varies from one patient to another but the general recommendation is that the first full checkup should be scheduled at six weeks after the operation. Subsequent checkups are then scheduled at six months intervals except in cases where complications are anticipated. The main parameters to be evaluated include the sensing ability, the threshold and the lead integrity.
It is not an absolute necessity for one to change their lifestyle after surgery. However, one should take precautions to avoid damaging the device. For example, strong magnetic fields such as those in MRI machines should be avoided. There is also a need to minimize participation in contact sports that may damage the pacer. When undergoing invasive medical procedures, antibiotics should be administered as prophylaxis against infections.
Patients with the device need to carry around identification cards. The cards carry important information such as their primary symptom, the cause of their condition and the electrocardiogram tracing. Other important information include the pacer center, date of manufacture, the model and the lead type. The card makes it possible for treatment to be provided even if the patient visits a different facility.
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