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Pacemaker and Heart Rhythm Device Implantation
Cardiology & Cardiac SurgeryRecovery
3 to 4 weeks
Hospital Stay
1 to 2 days
Success Rate
97%
Pacemaker and Heart Rhythm Device Implantation is the definitive treatment for individuals suffering from serious cardiac rhythm disorders, most notably bradycardia (an abnormally slow heartbeat) and heart block (delayed electrical signals). When the heart's natural pacemaker—the sinus node—malfunctions due to aging, cardiovascular disease, or prior heart attacks, it fails to pump blood efficiently, leading to chronic dizziness, fainting spells, extreme fatigue, and shortness of breath. The implanted pulse generator continuously monitors the heart's electrical patterns. If it detects a skipped beat or a dangerous drop in rhythm, it transmits tiny, painless electrical impulses along insulated wires directly to the heart muscle, instantly normalizing the cadence. Modern options include single-chamber, dual-chamber, biventricular (Cardiac Resynchronization Therapy / CRT), and cutting-edge leadless pacemakers, which fit entirely inside the heart chamber to offer premium long-term stability and eliminate surgical scars.
Procedure Details
The implantation is a routine, highly standardized procedure conducted in a specialized Cardiac Cath Lab or Electrophysiology (EP) Lab under local anesthesia and mild sedation. The entire process takes approximately 1 to 2 hours.
1. Preparation: The skin area right below the left collarbone is thoroughly sterilized and completely numbed with a local anesthetic injection.
2. Lead Insertion: The cardiologist makes a small 2-inch incision. Guided by real-time X-ray imaging (fluoroscopy), one or more thin, insulated wires (leads) are carefully advanced through a vein and secured directly inside the heart's chambers.
3. Device Connection: The external ends of the leads are securely attached to the micro-compact pulse generator device.
4. Pocket Creation & Testing: The surgeon creates a tiny pocket just beneath the skin and muscle layers of the upper chest to house the generator. The device is electronically calibrated and tested to ensure flawless synchronization with the patient’s natural heartbeat.
5. Closure: The incision is carefully closed using dissolvable internal stitches and protected with a sterile, waterproof surgical dressing.
1. Preparation: The skin area right below the left collarbone is thoroughly sterilized and completely numbed with a local anesthetic injection.
2. Lead Insertion: The cardiologist makes a small 2-inch incision. Guided by real-time X-ray imaging (fluoroscopy), one or more thin, insulated wires (leads) are carefully advanced through a vein and secured directly inside the heart's chambers.
3. Device Connection: The external ends of the leads are securely attached to the micro-compact pulse generator device.
4. Pocket Creation & Testing: The surgeon creates a tiny pocket just beneath the skin and muscle layers of the upper chest to house the generator. The device is electronically calibrated and tested to ensure flawless synchronization with the patient’s natural heartbeat.
5. Closure: The incision is carefully closed using dissolvable internal stitches and protected with a sterile, waterproof surgical dressing.
Cost Comparison
| Country | Estimated Cost | Savings vs. USA |
|---|---|---|
| India Best Value | $3,500 - $7,500 | Save up to 80% |
| USA | $30,000 | - |
| UK | $18,000 | - |
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