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The mitral valve is one of the four valves in your heart. It regulates blood flow between the two chambers on the left side of your heart. When your mitral valve doesn’t work correctly, problems with blood flow can damage your heart.

The heart surgery specialists at Central Maine Heart & Vascular Institute have expertise in all types of heart valve surgery, including mitral valve surgery. Patients with mitral valve hardening (stenosis) or leakage (regurgitation) are candidates our for minimally invasive surgical treatment.

About the Mitral Valve

The mitral valve is a valve in the heart located between the left atrium and the left ventricle. It allows blood to flow from the left atrium into the left ventricle, but not in the reverse direction. The mitral valve has two flaps (cusps). It is also known as the bicuspid valve.

There are two types of mitral valve disease:

• Mitral valve stenosis: This occurs when the flaps of the mitral valve stiffen, thicken or stick together. When this happens, the valve opening gets smaller and less blood can flow from the left atrium to the left ventricle. 
• Mitral valve regurgitation: This occurs when the flaps of the mitral valve can no longer close completely and tightly. When this happens, blood leaks back into the left atrium from the left ventricle. Over time, this leakage, or regurgitation, can damage your heart muscle.

Symptoms of Mitral Valve Disease

Mitral valve disease may have no symptoms, or it could cause the following:

• Anxiety 
• Chest pain or discomfort
• Dizziness
• Fatigue
• Heart palpitations or irregular heartbeat
• Shortness of breath

Over time, mitral valve disease can lead to dangerous complications such as blood clots, stroke, heart failure, irregular heartbeat (atrial fibrillation) and pulmonary hypertension (high blood pressure that affects the blood vessels in the lungs).

Minimally Invasive Mitral Valve Surgery

Open-chest valve surgery has been used successfully in the surgical treatment of various heart-circulatory problems for decades. However, minimally invasive surgical treatment is now a preferable option for many patients. These surgeries are performed with high-tech thin instruments, miniature cameras and hybrid techniques.

Minimally invasive valve surgery techniques offer several advantages compared to open-chest procedures.   They include:

• Faster recovery. Patients can usually return to work or other activities within two or three weeks, which is much quicker than open-chest heart valve surgery. 
• Shorter hospital stays. Hospitalization time can be reduced by as much at 50%. 
• Fewer complications. Because the breastbone (sternum) is not cut during minimally invasive surgery, chances for post-surgical complications and infection go down. 
• Less pain. Decreased trauma to tissue and muscle results in less pain than open-heart procedures. 
• Less blood loss. Because incisions are smaller, patients lose less blood and are less likely to require a transfusion. 
• Less scarring. Only a few tiny scars and/or a two-inch scar remains after minimally invasive valve surgery. 

If you have minimally invasive mitral valve surgery, your surgeon will make four or five dime-size incisions in your upper chest between our fourth and fifth ribs or through a two-inch incision on the side of your chest. Using specialized surgical equipment and cameras, your surgeon performs the surgery much as they would through a far larger incision through the breastbone (sternum).

During valve surgery, your surgical team stops your heart with medication and uses a heart-lung machine to oxygenate and circulate your blood. Your surgeon removes the damaged valve and sews a new valve in place. The replacement valve may come from an organ donor, but it is more likely to be a mechanical valve made of plastic and metal. Sometimes diseased valves can be repaired – for example, if calcium deposits on the valve can be removed, the valve may be surgically reshaped, allowing it to close more effectively. If the valve opening is too big, it sometimes can be tightened with stitches.

If you are not a candidate for minimally invasive mitral valve surgery, CMHVI also offers conventional open chest surgery.

Mitra Clips

In the past, open-heart surgery was the only option for patients with damaged heart valves. Now transcatheter mitral valve replacement with MitraClip® therapy offers a minimally invasive alternative for patients who don’t qualify for traditional surgery.

Why Do You Need a MitraClip?

Every heart has four chambers that collect blood and circulate it throughout the body. Heart valves play an important role in this process — they open to allow blood to empty through a chamber and close so blood cannot flow the wrong way.
Mitral regurgitation is a common heart valve problem that occurs when blood leaks backward when the left ventricle contracts. Blood flow in both directions causes increased blood volume and pressure, which can lead to the following symptoms:

• Chest pain
• Loss of consciousness
• Shortness of breath
• Swelling in the lower body

Although symptoms can range from mild to more severe, regurgitation could cause serious complications and eventually lead to heart failure. If you have severe mitral regurgitation and have not responded to other medical therapy, a MitraClip procedure could help repair the damaged heart valve and improve your quality of life.

Getting Ready for a MitraClip

Speaking with your surgeon and medical team before receiving a MitraClip procedure can help you feel confident before surgery. They will provide you with preparation instructions to follow for up to a week before surgery. Those instructions could include the following:

• Keep the area to be operated on clean to prevent infection.
• Do not consume any food or liquids the night before surgery.
• Pick up any prescribed pain medications or antibiotics.
• Stop certain medications temporarily. Your provider will advise you about medications that need to be discontinued.

Preparing your home in advance will also make coming home after surgery easier. Having premade meals, a well-stocked pantry and a clean house can help you relax after your operation and focus on healing.

What to Expect During a MitraClip Procedure

During a MitraClip procedure, the surgeon guides a catheter from a vein in the leg to reach the heart. A small, metal clip is inserted onto the flaps of the mitral valve to hold it together. The clip stays inside the body to keep the valve together and stop blood leakage backwards toward the lungs.

Recovering From MitraClip

Because MitraClip placement is a minimally invasive procedure, most patients have a faster recovery time, less pain and not as much blood loss as conventional surgery.

Patients usually stay in the hospital for three days or fewer. When you are ready to return home, you will be given instructions about taking care of the incision and what medications you should take for pain. To reduce swelling, it may be recommended that you keep your legs elevated or wear elastic stockings. Your provider will give you detailed guidelines about when to resume normal activities.

Sources: fda.gov, heart.org, heart.org, heart.org, heart.org, medlineplus.gov, medlineplus.gov, medlineplus.gov, nih.gov, nih.gov, sts.org

Your heart has four valves, which are thin membranes that open and close to allow blood to flow properly. In a healthy heart, these valves work seamlessly. But in people with heart valve disease, heart valves may leak or allow too much or too little blood to flow. If you have a diseased heart valve and your provider recommends valve surgery, your heart is in good hands at Central Maine Heart & Vascular Institute.  In addition to traditional open surgery, we offer three minimally invasive procedures for the treatment of valvular disorders.

About Heart Valve Surgery: Your heart’s four valves (tricuspid valve, pulmonary valve, mitral valve and aortic valve) manage the flow of blood through your heart. A diseased heart valve may allow regurgitation, which means it allows blood to leak back through the valve in the wrong direction. Or it may be afflicted with stenosis, which means the valve doesn’t open as well as it should, blocking blood flow. And when the mitral valve prolapses, that means it doesn’t close tightly.

If you have a diseased heart valve, your cardiologist may recommend heart valve replacement or repair. During valve surgery, your surgical team stops your heart with medication and uses a heart-lung machine to oxygenate and circulate your blood. Your surgeon removes the damaged valve and sews a new valve in place. The replacement valve may come from an organ donor, but more often a mechanical valve, made of plastic and metal, is used.

Sometimes diseased valves can be repaired – for example, if calcium deposits on the valve can be removed, the valve may be surgically reshaped, allowing it to close more effectively. If the valve opening is too big, it sometimes can be tightened with stitches. We offer both open-chest valve surgery, which requires a large incision through the breastbone, and minimally invasive surgery, which can be accomplished through small incisions in the chest.

Benefits of Minimally Invasive Surgery: Open-chest valve surgery has been used successfully in the surgical treatment of various heart-circulatory problems for decades. However, minimally invasive surgical treatment is now a preferable option for many patients. These surgeries are performed with high-tech thin instruments, miniature cameras and hybrid techniques.

Minimally invasive valve surgeries for adults are performed in surgical suites featuring sophisticated diagnostics, leading-edge technologies and state-of-the-art imaging capabilities. This environment combines the capabilities of an operating room and cardiac catheterization lab. Minimally invasive valve surgery techniques offer several advantages compared to open-chest procedures. They include:

• Faster recovery – Patients can usually return to work or other activities within two or three weeks, which is much quicker than open-chest heart valve surgery. 
• Shorter hospital stay – Hospitalization time can be reduced by as much at 50%. 
• Fewer complications – Because the breastbone (sternum) is not cut during minimally invasive surgery, chances for post-surgical complications and infection go down. 
• Less pain – Decreased trauma to tissue and muscle results in less pain than open-heart procedures. 
• Less blood loss – Because incisions are smaller, patients lose less blood and are less likely to require a transfusion. 
• Less scarring – Only a few tiny scars and/or a two-inch scar remain after minimally invasive valve surgery. 

CMH offers conventional open chest surgery for patients requiring such procedures.

CMHVI offers three types of minimally invasive valve surgery

Minimally Invasive Aortic Valve Surgery: Aortic valve surgery is approached from the right upper chest through an incision between the second and third rib near the breastbone (sternum). Using specialized surgical equipment and cameras, the surgeon performs the surgery much as they would through a much larger incision through the breastbone (sternum). During valve surgery, your surgical team stops your heart with medication and uses a heart-lung machine to oxygenate and circulate your blood. Your surgeon may repair the valve or replace it, depending on the type of valve disease you have. In an aortic valve replacement procedure, your aortic valve is removed and replaced with a mechanical valve or a valve from a cow or pig.

Minimally Invasive Mitral Valve Surgery: The mitral valve is a valve in the heart located between the left atrium and the left ventricle. It allows blood to flow from the left atrium into the left ventricle, but not in the reverse direction. The mitral valve has two flaps (cusps). It is also known as the bicuspid valve. Mitral valve surgery can replace or repair mitral valve damage due to two types of mitral valve disease:

• Mitral valve stenosis: This occurs when the flaps of the mitral valve stiffen, thicken or stick together. When this happens, the valve opening gets smaller and less blood can flow from the left atrium to the left ventricle. 
• Mitral valve regurgitation: This occurs when the flaps of the mitral valve can no longer close completely and tightly. When this happens, blood leaks back into the left atrium from the left ventricle. Over time, this leakage, or regurgitation, can damage your heart muscle.

TAVR: When your aortic valve doesn’t work properly because of aortic stenosis, having surgery to repair or replace it may reduce symptoms and lower your risk of potentially fatal complications. Aortic valve replacement – done either through an open chest procedure or minimally invasive surgery – offer you an opportunity to feel better and live longer. However, the least invasive type of procedure currently available is TAVR. During TAVR, your surgeons insert a replacement valve into your own aortic valve without removing your damaged valve. Because the replacement valve is wedged into place – and because TAVR is less invasive than other repair or replacement procedures – TAVR offers a variety of advantages, including shorter recuperation time and a quick improvement in aortic stenosis symptoms.

About Aortic Stenosis: Aortic stenosis is one of the most common and serious valve disease problems. The aorta is the main artery carrying blood out of the heart. When blood leaves your heart, it flows through the aortic valve, into the aorta. In aortic stenosis, the aortic valve does not open fully. This decreases blood flow from the heart. As the aortic valve becomes narrower, the left ventricle must increase pressure to pump blood out through the valve. To do this extra work, the muscles in the ventricle walls become thicker, which can lead to chest pain. As the pressure continues to rise, blood may back up into the lungs. Severe forms of aortic stenosis prevent enough blood from reaching the brain and the rest of the body. Aortic stenosis may be present from birth (congenital), but it more commonly develops during aging as calcium or scarring damages the valve and restricts the amount of blood flowing through it.

Aortic Valve Repair or Replacement: When your aortic valve doesn’t work properly, having surgery to repair or replace it may reduce symptoms and lower your risk of potentially fatal complications. Aortic valve replacement – done either through an open chest procedure or minimally invasive surgery – offer you an opportunity to feel better and live longer. However, the least invasive type of procedure currently available is TAVR.

Benefits of TAVR: With traditional aortic valve replacement surgery, surgeons remove your valve and replace it with a mechanical aortic valve or an aortic valve from an animal. However, with TAVR, your surgeons insert a replacement valve into your own aortic valve without removing your damaged valve. Because the replacement valve is wedged into place, it is a less complicated procedure that can be done through a catheter inserted through an incision in your thigh, rather than through incisions in your chest.

TAVR offers a major advantage: With traditional valve replacement, your surgeons must stop your heart with medication and use a heart-lung machine to oxygenate and circulate your blood during surgery. But because TAVR is done via catheterization and does not require the removal of your existing heart valve, your surgeon can allow your heart to continue beating throughout the procedure. TAVR requires no heart stopping. This makes aortic valve repair a viable option for more patients, especially those at high-risk, either due to age, history of heart disease, frailty or other health issues.

TAVR often provides immediate relief of debilitating symptoms and helps patients live longer, more active lives. It can also allow for quicker recovery than traditional aortic valve replacement surgery. Other benefits of TAVR may include:

• Improvement in common symptoms of aortic stenosis, such as shortness of breath, chest pain and fatigue
• Less pain
• Less blood loss
• Lower risk of cardiac and respiratory complications
• Fewer days in the ICU
• Shorter hospital stays
• Faster return to normal activities

Our Team: CMHVI cardiac surgeons have expertise in all types of heart valve surgeries. They have extensive training and experience in performing valve repair and replacement surgery and are certified by the American Board of Surgery and the American Board of Thoracic Surgery. An experienced, dedicated technical-professional team supports them in their work. Our cardiac surgery program has been recognized by the Society of Thoracic Surgeons as one of the top cardiac programs in the United States.

For a referral to CMHVI’s cardiac surgery program, including minimally invasive valve surgery, speak with your primary care provider. CMHVIS’s cardiac surgeons can provide patients with an in-depth consultation about their cardiac issue.

If your heart beats too quickly, too slowly or irregularly, you may be experiencing a condition known as arrhythmia, which is caused by problems with the electrical system that regulates your heartbeat. When the electrical system in your heart doesn’t work well, it can lead to potentially fatal complications, such as stroke.

At Central Maine Heart and Vascular Institute (CMHVI), we focus on the diagnosis and treatment of problems with the heart’s electrical system, such as arrhythmia, in our state-of-the-art Electrophysiology Lab. The Lab offers a range of diagnostic testing and treatment options to help patients feel better and reduce the risk of serious health complications that can result from problems with the heart’s electrical system.

Our electrophysiologists can prescribe medication or perform various procedures (including implanting medical devices) that can get it back in the right beat.

Diagnostic Testing

When you visit our state-of-the-art Electrophysiology Lab, our cardiac specialists will take your medical history and perform a physical exam. They’ll also perform one or more of the following diagnostic tests to learn more about your heartbeat.

• Electrocardiogram (ECG): This test uses small sensors (electrodes) attached to your chest and arms to record electrical signals as they travel through your heart. 
• Echocardiogram: In this noninvasive test, sound waves are used to produce a video image of your heart in motion.
• Holter monitor: This portable ECG device is carried in your pocket or worn on a belt or shoulder strap. It records your heart’s rhythms for 24 hours or longer, giving your provider a prolonged look at any problems.
• Transtelephonic monitor: For infrequent arrhythmias or arrhythmias that come and go, this monitor attaches to your arms, wrists or fingers for a month or two. It records and stores information about your heart’s electrical system, which can be transmitted to your provider. 

Treatment

If our tests show that you have arrhythmia or other types of electrical system problems in your heart, you and your provider will discuss the best approach to managing your symptoms and reducing your risk of complications. Treatments may include:

• Medication: Drugs used to treat electrical problems such as arrhythmias include anti-arrhythmia drugs, drugs that control heart rate and blood thinners.
• Pacemaker and Implantable Cardioverter-Defibrillator (ICD): AnICD is a tiny device implanted through a small incision in the collarbone during a minimally invasive surgery. The system includes a palm-sized device with electrical leads that connects to your heart to restore a normal rhythm. Recovery is quick; though some patients may stay overnight. 
• Cardioversion: Cardioversion is a medical procedure for treating an abnormally fast or irregular heartbeat. Most commonly used for atrial fibrillation, atrial flutter or ventricular tachycardia, cardioversion sends an electrical impulse to the heart muscle, restoring normal heart rhythm. Cardioversion is usually performed as a scheduled treatment and may be repeated if the arrhythmia returns. 
• Radiofrequency Ablation: For some heart arrhythmia conditions, providers recommend a procedure called ablation. During an ablation procedure, small areas of the heart muscle are purposely destroyed to create scars — called lesions – that improve the heart’s function by correcting a faulty electrical process. 
• Catheter Ablation: This is a procedure that uses intense cold or high-frequency electrical energy to disrupt an abnormal heart rhythm. Ablation is performed surgically or with a thin, flexible tube (catheter) that is inserted into a blood vessel in the groin or neck and guided into the heart. Your provider uses the catheter for the ablation, which is done either with intense cold (cryo-ablation) or with high-frequency energy (radio-frequency ablation). Some patients require a pacemaker after an ablation is performed. 
• Surgical Ablation: This procedure can be done with cryo-ablation, radio-frequency ablation, microwave ablation, ultrasound energy or laser energy. There are two types of surgical ablation: Minimally invasive via small chest incisions or during open-heart surgery. 

While this surgical procedure doesn’t cure CAD, it can ease many of the symptoms and reduce the risk of heart attack and dying of heart disease.

Why Do You Need Coronary Bypass Surgery?

You may need coronary bypass surgery if:

• You have more than one blocked artery and the heart’s main pumping chamber, the left ventricle, isn’t functioning well
• You have severe chest pain caused by CAD
• Your blocked artery can’t be fixed by other methods, such as angioplasty and stent placement [link to angioplasty and stent page], or you had another procedure and the artery became blocked again
• Your left main coronary artery is severely narrowed or blocked

You may also have coronary bypass surgery in the event of a heart attack if other treatment options are not working.

Getting Ready for Coronary Bypass Surgery

Before your surgery, you may need to have several diagnostic tests, including blood work, a chest X-ray and/or an angiogram, that will give the surgical team more information about your blocked arteries.

Additionally, you may be provided with specific dietary, medication and exercise restrictions prior to being admitted to the hospital.

You’ll also want to pack a bag with any of the personal items, such as medications, clothing, toothbrush and toothpaste, you will want during your hospital stay.

What to Expect During Coronary Bypass Surgery

Surgery typically takes between three and six hours. It requires general anesthesia, which means a breathing tube will be placed in your mouth to breathe for you during and immediately after the surgery.

The surgeon will cut a 6- to 8-inch incision in the middle of your chest to open up your chest cavity. Once the chest is open, the heart is temporarily stopped with medication and a heart-lung machine takes over to circulate blood to the body.

The surgeon will take a section of a healthy blood vessel, called a graft, typically from inside the chest wall or lower leg, and attach it to the blocked artery so blood flow is redirected around the blocked artery.

When the graft is in place, the heart-lung machine will be turned off and your heartbeat will be restored. The surgeon will wire your chest bone closed and close up the incision in your chest with stitches or staples.

Recovering From Coronary Bypass Surgery

After surgery, you can expect to spend a few days in the cardiovascular intensive care unit. The breathing tube will remain in your throat until you are awake and able to breathe on your own. You’ll likely have chest tubes, a catheter and IVs giving you medication, while other equipment monitors your heart rate and oxygen saturation levels.

You will begin cardiac rehabilitation [Link to: https://old.cmhapps.org/heart-and-vascular/heart-and-vascular-services/cardiac-rehabilitation-program] while in the hospital. Your therapist will give you exercises to do on your own after you are discharged. They will also discuss important diet and lifestyle changes you will need to make in order to have a successful recovery.

As long as there are no complications, you can expect to be in the hospital for around a week. Total recovery will take between six and 12 weeks.

You will continue to be monitored in our outpatient clinic upon discharge.

Services Offered at Central Maine Cardiovascular Surgery

Central Maine Cardiovascular Surgery offers consultations and surgical services for:

• Treatment of coronary artery disease
• Valvular disorders
• Lung nodules and lung cancer
• Esophageal disorders, malignant and benign
• Gastroesophageal reflux
• Mediastinal masses
• Hyperhidrosis
• Abdominal aneurysm
• Claudication
• Carotid Stenosis
• Venous ulcer
• Peripheral vascular disease
• Varicose veins

Laboratory, Ultrasound and Nuclear Medicine

Central Maine Cardiovascular Surgery routinely reports the results of all laboratory, ultrasound and nuclear medicine services to our patients. If you do not hear from the office by phone or by mail within 14-21 days following your testing, please contact the office.

Contact Us

Central Maine Cardiovascular Surgery
60 High Street
Lewiston, Maine 04240
207-795-8260

Emergencies – For any life-threatening emergency, always call 911!

In the case of a non-life threatening emergency, patients can contact the office any time by calling 795-8260.

CMCS’s answering service connects patients with the practice’s on-call provider for after-hours emergencies.

Prescriptions

• Patients should ask their pharmacy to check with CMCS about a refill.
• Patients are asked to plan ahead so they don’t run out of medication.
• Patients calling CMCS for a refill are asked to have the phone number of the pharmacy ready.
• Routine prescriptions are filled within 24 to 48 hours.
• Medications will not be refilled after-hours, on weekends, or on holidays.

Insurance and Business Office Information

Cardiothoracic surgery involves the organs in the thoracic cavity or chest – most often, the heart and lungs. At Central Maine Heart and Vascular Institute (CMHVI), we know that having cardiothoracic surgery can be worrying. But we work closely with you to make sure you fully understand your surgery and are as comfortable as possible before, during and after your operation takes place.

We provide you with the best cardiothoracic technology and resources available. Our “smart” cardiothoracic operating rooms include special cabling, data connections, light booms and display screens that can be upgraded to accommodate emerging technologies, including voice recognition and robotics.

Get Blood Flowing Again with Coronary Artery Bypass Graft (CABG) Surgery 

If you have one or more blocked coronary arteries, your heart may not be getting enough of the blood and oxygen it needs. Bypass surgery can create new pathways for blood to reach your heart. Also known as coronary artery bypass graft, or CABG (pronounced “cabbage”), bypass surgery is open-heart surgery that requires general anesthesia.

During conventional bypass surgery, which is done through an incision in your breastbone (sternum), your surgical team stops your heart with medication and uses a heart-lung machine to oxygenate and circulate your blood. Your surgeon removes a piece of a healthy blood vessel from your leg, arm or chest wall to use as a graft to create a new path for blood flow around a blocked artery. One end of the healthy graft is sewn to the blood vessel just below the blocked artery. The other end is sewn above the blocked artery. Blood can then flow around the blocked area, allowing your blood to move more freely through your coronary arteries, lowering the risk of heart attack.

Heart Valve Replacement and Repair

If you have a diseased heart valve, your cardiologist may recommend heart valve replacement or repair.  During valve surgery, your surgical team stops your heart with medication and uses a heart-lung machine to oxygenate and circulate your blood. Your surgeon removes the damaged valve and sews a new valve in place. The replacement valve may come from an organ donor, but it is more likely to be a mechanical valve made of plastic and metal. Sometimes diseased valves can be repaired – for example, if calcium deposits on the valve can be removed, the valve may be surgically reshaped, allowing it to close more effectively. If the valve opening is too big, it sometimes can be tightened with stitches.

Esophagectomy

An esophagectomy is a surgical procedure where your esophagus – the tubular structure connecting the mouth and stomach – is partially or completely removed and replaced with a portion of your stomach or colon. The procedure may be necessary due to cancer, trauma, ingestion of caustic substances or spontaneous rupture of the esophagus (usually due to severe vomiting). In some instances, the surgery can be performed in a minimally invasive or laparoscopic/thoracoscopic procedure.

Other Thoracic and Lung Surgery

We offer a range of other thoracic and lung surgical procedures as well. We work closely with pulmonologists, gastroenterologists, oncologists and primary care providers in the region. Among the procedures we provide are:

• Pulmonary resection: Removal of part of the lung 
• Mediastinal tumors: Removal of thymoma, teratoma, nerve tumors 
• Tracheal and bronchial surgery: Removal of part of the trachea or bronchus 
• Video assisted thoracic surgery (VATS): Also known as endoscopic thoracic surgery or minimally invasive thoracic surgery (thoracoscopy) 

Many thoracic surgical procedures are performed using small incisions and advanced video-assisted techniques, which reduces post-operative discomfort, decreases length of hospitalization and returns people to normal activities sooner. Medical issues often treated using these techniques are:

• Pleural effusion: Fluid around the lungs or lung biopsy (disease diagnosis) 
• Lobectomy for cancer of the lung: Early lung cancers can often be removed using minimally invasive techniques 
• Mediastinal tumors: Some tumors and cysts can be removed endoscopically 
• Pneumothorax (lung collapse): Removal of the leaky area of the lung. (Pleurodesis, a procedure that uses medications to seal your lung to your chest wall, can usually be done endoscopically.) 
• Hyperhidrosis treatment: Stops excessive sweating, by removing part of the sympathetic nerve system. This procedure is also effective for patients with other upper extremity problems, including reflex sympathetic dystrophy and Raynaud’s disease. 

Central Maine Heart & Vascular Institute (CMHVI) cardiac and pulmonary rehabilitation programs joined together to offer a unified program that ensures exceptional care for all of our patients. Each program has some differences, but by cross training the team members and combining their knowledge and skills, we have developed a stronger program for patients requiring rehabilitation.

The combined cardiopulmonary rehabilitation team guides each patient and their family/significant other in an effort to achieve a good quality of life. The program is held on the first floor of the Young wing in the Cardiopulmonary Rehabilitation Department.

Cardiac and Pulmonary Rehab Programs

CMHVI’s cardiac and pulmonary rehab programs are accredited by the AACVPR (American Association of Cardiovascular and Pulmonary Rehabilitation). For more than twenty five years the CMHVI’s Cardiac Rehab team members have been active in helping members of our community take control of their cardiovascular health.

For the Cardiac Patient

Cardiac rehabilitation is a medically supervised program to help heart patients recover by developing an individualized plan that provides evaluation and instruction on physical activity, nutrition, stress management, and other health related areas as needed. Cardiac rehabilitation has a positive effect in the quality of life that patients can achieve when recovering from:

• Heart attack
• Angina
• Coronary artery angioplasty or stents
• Open heart surgery such as coronary bypass or valve surgery
• Heart failure
• Heart transplantation

Benefits of the Cardiac Program

Cardiac rehabilitation is proven to make a significant difference in the lives of cardiac patients through decreasing risks, increased strength and stamina, and improved self-confidence and well-being.

Mended hearts™ is a patient run support group affiliated with the American Heart Association and dedicated to inspiring hope for heart disease patients and their families. Mended Hearts™ offers support and encouragement through its visiting program, monthly meetings and educational forums. The chapter meets at 5:00pm on the second Thursday of each month. For more information call: (207) 795-8230.

For the Pulmonary Patient

Pulmonary rehabilitation is a medically supervised program. It includes an exercise and educational piece that is designed to help all patients with lung disease improve their quality of life. This program provides great benefits to patients with:

• COPD
• Emphysema
• Chronic bronchitis
• Other lung conditions

To enter the program, you must have lung disease or other medical condition that causes you to have an abnormal breathing test, and difficulty breathing when performing necessary daily activities. Participants enjoy the benefits of both an individualized exercise routine and group educational sessions.

Benefits of the Pulmonary Program

Pulmonary rehabilitation helps you to understand and manage your disease and be less tired and breathless while performing daily tasks.

Better Breathers Club

CMMC is host to the local Better Breathers Club, which is a welcoming support group for individuals with COPD, pulmonary fibrosis and lung cancer, and their caregivers.  The group assists others to learn better ways to better cope with lung disease while getting the support of others in similar situations. Led by a trained facilitator, these in-person adult support groups give you the tools you need to live the best quality of life you can.

Happy Hearts & Lungs

Upon completion of the cardiopulmonary rehabilitation program, many patients choose to sustain the improvements made in their health by enrolling in our happy hearts & lungs program, housed in the YMCA at CMMC for a monthly fee.

Cardiopulmonary Referrals

To enter our cardiopulmonary program you will need to obtain a referral from your provider; however, we encourage you to call us at (207) 795-8225 for assistance in accessing our services or to answer any questions you may have about our program.

When it comes to heart medication, there’s good news and bad news. The good news is that providers now have more medications than ever before to manage various types of heart and vascular diseases and conditions. The bad news is that because these are strong drugs with occasional side-effects, patients may need expert care in managing their heart drugs and calibrating their dosages, especially if they take multiple medications.

Central Maine Healthcare’s Anticoagulation Management Clinic  in Lewiston is here to help. We work with people who require medical management of heart risks and conditions. Our nurse practitioners monitor medications and their side effects so that you can feel your best and optimize your heart health. If a certain medication is causing uncomfortable side effects, we can work with you to find a medication strategy that works better for you.

To learn more about our Anticoagulation Management Clinic, call 800-760-6622.

Medications for Your Heart

When your provider prescribes heart medications, you may have to take them for the rest of your life, so it’s important to find dosages and types of drugs that maximize health benefits while minimizing side-effects.

Sometimes, switching from one type of a drug to another within a class of drugs can eliminate side-effects. For example, if warfarin (Coumadin) doesn’t work for you, heparin, another type of anticoagulant, may be a better choice. The nurse practitioners at in our Anticoagulation Management Clinic can help with that. We assist patients manage some of the following common heart medications:

Anticoagulants:
These medications are known as blood thinners, although they don’t actually make your blood thinner. Instead, they lower your blood’s ability to clot, which can help prevent blood clots from forming. Your provider may prescribe anticoagulants if you are at risk of stroke or to treat certain types of heart, blood vessel or lung conditions. Some common anticoagulants include warfarin (Coumadin) and heparin.

Antiplatelet drugs:
These medications help prevent blood clots from forming by stopping platelets from sticking together. (Platelets are tiny disc-shaped substances in the blood that help form clots.) Antiplatelet drugs may be recommended (aspirin) or prescribed for people with who have angina or who have had a heart attack or stroke or who have had a stent implanted in the coronary artery or coronary artery bypass graft surgery (CABG). Some common antiplatelet drugs include aspirin, clopidogrel (Plavix) and dipyridamole.

ACE inhibitors:
These drugs help expand your blood vessels to allow blood to flow more easily. They are prescribed for people with high blood pressure or heart failure. Some common ACE inhibitors include benazepril (Lotensin), captopril (Capoten) and enalapril (Vasotec).

Beta blockers:
These drugs help lower your heart rate, which helps your heart beat more slowly and less forcefully. They are prescribed for people with high blood pressure, abnormal heart rhythms (arrhythmia), angina and previous heart attacks. Some common beta blockers include acebutolol (Sectral), atenolol (Tenormin) and bisoprolol (Zebeta).

Calcium channel blockers:
These medications interrupt the flow of calcium into your heart and blood vessels, resulting in a reduction of the strength of your heartbeat and a relaxation of your blood vessels. They are prescribed for people with high blood pressure, angina and certain types of arrhythmia. Some common calcium channel blockers include amlodipine (Norvasc, Lotrel), diltiazem (Cardizem, Tiazac) and felodipine (Plendil).

Cholesterol-lowering medications:
These drugs lower the amount of cholesterol in your blood, especially LDL (“bad” cholesterol). Some common cholesterol-lowering medications include statins such as atorvastatin (Lipitor) and rosuvastatin (Crestor), nicotinic acids such as lovastatin (Advicor) and cholesterol absorption inhibitors: such as ezetimibe/simvastatin (Vytorin).

Digitalis preparations:
These medications help your heart beat more forcefully. They are prescribed for heart failure and some types of arrhythmias, such as atrial fibrillation. A common digitalis preparation is lanoxin.

Diuretics:
These drugs help remove water and sodium from your blood, which relieves pressure on your heart and helps reduce swelling in your ankles and legs. They’re prescribed for people with high blood pressure and edema (swelling). Some common diuretics are chlorthalidone (Hygroton) and furosemide (Lasix).

Vasodilators:
These medications, which are also known as nitrates or nitroglycerine, help relax your blood vessels while increasing blood flow to your heart. They are prescribed for angina. Some common vasodilators include isosorbide dinitrate (Isordil) and nesiritide (Natrecor).