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Permanent Pacemakers

Peter Nalos, MD, FACC and FACP

EDUCATIONAL MATERIAL

CAUTION: The information presented here is for educational purposes only and is not a substitute for advice or individual medical care which should be provided by your personal physician. If you have questions regarding your health or symptoms described here, please contact your doctor for appropriate care.

Cardiac pacemakers are designed to be implanted inside the body to regulate the heart's rhythm and prevent the heart from slowing down. They are divided into pacemakers which are single chamber in the ventricle only and pacemakers that are dual chamber that pace and sense in both the atrium and the ventricle. In patients with chronic atrial fibrillation, it is only necessary to place a single-chamber pacemaker. In patients that require dual-chamber implantation, they have a regular rhythm in the upper chamber. Pacemakers are placed in patients who have bradycardias or have intermittent electrical heart block or complete heart block. The permanent pacemaker is put in surgically. The patient is taken into an operating room and receives intravenous sedation and also receives oxygen. He does not have any food prior to the procedure, and an incision about 1-1.5 inches is made in the upper chest and a pocket is made below the skin for the pacemaker battery to be placed. Then with a needle small wires are introduced into the subclavian vein and threaded down under X-ray guidance into the chambers of the heart. Once this is performed, the leads are tested to see if the heartbeat can be regulated appropriately, and a number of electronic parameters are measured and then the leads are anchored to the tissue and connected to the pacemaker. At that time, the wound is closed and the patient will be admitted to the hospital, often for 24 hours for receiving intravenous antibiotics. The patient's rhythm will be monitored. Following surgery, the patient will be required to avoid a lot of motion with his arms, especially raising over the head or repetitive lifting of certain weights until all of his tissues have healed (approximately three weeks).

Peter Nalos, MD, FACC and FACP - is Board Certified in Internal Medicine, Subspecialty Board of Cardiolovascular Diseases. Doctor Nalos is a Fellow of the American College of Cardiology. Dr. Nalos is certified by and a member of NASPE (North American Society of Physician Electrophysiologists).

DISCLAIMER: This web site and information is provided for general information only and is not a substitute for professional medical advice. We are not responsible or liable for any diagnosis or action made by a user based on the content of this web site.

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