Cardiac resynchronization therapy (CRT) is a procedure used to treat problems with how your heart beats. Cardiac Resynchronization is also called biventricular pacing. CRT is used to help with severe congestive heart failure. It can also prevent atrial fibrillation. This article will discuss Cardiac Resynchronization Therapy (CRT): Overview, History, and Uses
Cardiac Resynchronization Therapy (CRT) Devices Indications
Your heart has two upper chambers called the atrium and two lower chambers called the ventricles. Your heart is synchronized when all areas of your heart beat together. When the areas of your heart do not beat as they should, your heart cannot pump enough blood and oxygen to your body. You may have trouble breathing, tire easily, and have swelling in your feet and legs. Cardiac Resynchronization Therapy is indicated for patients with severe chronic heart failure. This therapy has been proven to improve the quality of life for patients and the prognosis.
The concept of CRT is to “make” the heart walls motion of the left ventricle be in synchronous with each other. CRT has also been shown to prevent sudden cardiac death.
This is a video explaining in simple terms Cardiac Resynchronization
Cardiac Resynchronization Therapy: How to Prepare
- Write down the correct date, time and location of your procedure
- Ask your caregiver if you need to stop using aspirin or any other prescribed medicine. Don’t forget to remind your doctor of any supplements or herbs you are taking.
- Bring your medication bottles, or bring a list of your medicines.
- You may need blood tests, EKG, Xray, etc before the procedure.
Cardiac Resynchronization Therapy: The Day of Your Procedure
- Ask your doctor if you should take any medication on the day of the procedure.
- You will be asked to sign a legal document called a consent form. This legal document should be read carefully because it explains what can go wrong during the procedure
- An anesthesiologist will come and talk to you before surgery. Make sure you let anesthesia know if you have ever had a reaction to anesthesia.
Cardiac Resynchronization Therapy: What Will Happen During the Procedure
- A small incision is made over a vein near your neck. An electrode catheter holding three leads will be inserted through the incision. The catheter and leads are guided into your heart. One lead is placed in the right atrium, and one lead is placed into the left ventricle and one is placed in the right ventricle.
- If any of the leads cannot be placed through your vein, they may be placed through your chest. Three or four small cuts are made on your left side, between the ribs. The leads are placed directly on your heart. Once the leads are placed, a pacemaker is secured under the skin on your chest. The pacemaker will help your ventricles beat together and beat correctly with your right atrium. The doctor will close your incisions with stitches or medical glue.
Caring For Your New Device: CRT Precautions After Surgery
Patients are instructed to shower after 2 days, but the device should not get wet. After two weeks, most people are able to resume driving. Patients should only lift up to 10 pounds. Patients might have some soreness for up to 4-6 weeks.
Medtronic Devices has been testing a type of Cardiac Resynchronization Therapy devices called AdaptivCRT. This device has been associated with improved patient survival. Medtronic did a study that included 1, 835 patients. Use of this Cardiac Resynchronization Therapy (CRT) was associated with a 31% reduction in all-cause mortality compared to standard CRT.
According to Dr. Singh at the Massachusetts General Hospital, heart failure patients usually have other co-morbidities that they are dealing with. These conditions along with heart failure outs them at great risk for frequent hospitalizations, including death.
This AdaptivCRT has been shown to reduce hospitalizations, as well as the risk for atrial fibrillation. Traditional CRT’s have standard settings, however, the AdaptivCRT device allows doctors to adjust the settings according to the patients’ needs. When the settings are individualized, this resulted in a 59% in the reduction of the risk of patient’s getting admitted to the hospital with heart failure.
Heart failure more than 26 million people worldwide. Hopefully, this innovative technology will help prolong people’s lives.
My name is Phyllis Robinson MSN, RN. I have been a Registered Nurse for 27 years in the Cardiac Intensive Care Unit. I am passionate about cardiac care and heart disease. I also want this blog to be an educational tool that people can refer to for traditional and alternative treatment. I will blog on heart disorders such as high blood pressure, congestive heart failure, cardiomyopathy, and high cholesterol.
I received my Nursing degree from Baltimore Community College.
I went on to receive my Masters in Nursing from Walden University
I have worked for almost 30 years in Critical Care with a focus on heart health. I am an advocate of preventive healthcare.