Advanced Heart Surgery in Washington DC
At GW Hospital, we perform a comprehensive range of procedures — such as valvular surgery (including mitral valve repair and transcatheter aortic valve replacement), extracorporeal membrane oxygenation (ECMO), innovative coronary artery bypass surgery and other revascularization procedures — to help patients with advanced heart disease.
Schedule an Appointment for Cardiac Care
To schedule an appointment, complete and submit the request form or call our referral service at 888-4GW-DOCS.
Bonita Bell had a large blood clot in her lungs (pulmonary embolism). Doctors placed her on an ECMO machine and used the Inari FlowTriever® System to remove large volumes of clot from her pulmonary arteries. This treatment saved her life.
Extracorporeal Membrane Oxygenation
Extracorporeal Membrane Oxygenation (ECMO) is a form of partial cardiopulmonary bypass at the bedside which uses a pump and artificial lung to function as the heart and lungs during the healing process from various injuries. Learn more >
Surgery for Pulmonary Embolisms
GW hospital is the first in the region to use the FlowTriever device for the treatment of a pulmonary embolism. The device helps surgeons remove large volumes of clot from the pulmonary arteries, improving heart function while avoiding the need for thrombolytic drugs and their associated risk of bleeding.
Heart Valve Surgery
Some patients are born with defective heart valves that affect blood flow through the heart. In addition, infection, rheumatic fever and the aging process can damage healthy heart valves. Surgeons at GW Hospital are recognized nationally for their expertise in valvular surgery (including mitral valve repair and transcatheter aortic valve replacement). They perform innovative valve repair and replacement procedures using advanced surgical techniques, valve devices and prostheses. Learn more >
Coronary Bypass Surgery
Many patients with heart disease have serious blockages in the arteries that supply blood to the heart. When minimally invasive techniques, such as angioplasty, can’t be used to improve their conditions, patients may benefit from coronary artery bypass surgery.
Surgeons at GW Hospital use advanced strategies and techniques to perform bypass surgery, including conventional procedures using the heart-lung machine and newer “off-pump” techniques.
When performing traditional bypass surgery, surgeons make an incision down the center of the chest and separate the breastbone to reach the heart. The patient’s heart must be stopped during the procedure, so a heart-lung machine is used to pump blood throughout the body.
Surgeons then graft a section of a healthy blood vessel — usually from the leg — onto the affected vessel to reroute blood flow around the blockage. This procedure can restore blood flow to or “revascularize” the heart. It also may reduce chest pain and lower the risk of heart attack.
Surgeons at GW Hospital also employ newer procedures that allow them to perform bypass surgery without stopping the heart.
They can immobilize a section of the heart with specially designed stabilizers. The rest of the heart continues beating normally so a heart-lung machine isn’t used during the bypass procedure.
Patients who undergo off-pump procedures may have a reduced risk of developing some of the complications, such as swelling, clotting and neurological problems, that may be associated with the heart-lung machine.
Other Revascularization Procedures
Some patients who have blockages in multiple vessels benefit from different treatment approaches. For example, some vessels may be suitable for angioplasty, a procedure that involves threading a catheter through the body to the blockage and widening the artery with a tiny balloon or stent. Other blockages, however, may need bypass surgery. During a hybrid procedure, surgeons perform bypass surgery and angioplasty during the same operation. This procedure usually is performed without a heart-lung machine. Conventional and minimally invasive approaches can be used to reach the heart.
Laser Transmyocardial Revascularization
Heart disease can’t always be controlled with traditional medical or surgical treatment. Some patients, for example, don’t improve with medical therapy and risk reduction strategies, and they aren’t candidates for angioplasty or bypass surgery because they have extensive narrowing throughout their vessels rather than localized blockages.
In the past, there was little to offer patients with refractory or difficult-to-treat heart disease. Now surgeons at GW Hospital perform a procedure called laser transmyocardial revascularization that can help some of these patients. Surgeons use a laser to burn small holes onto the surface of the heart. These holes stimulate the growth of new blood vessels.
Surgery For Congestive Heart Failure
A variety of procedures are available to support patients with serious impairment in their heart functions including bypass surgery, valve repair and removal of non-functioning parts of the heart. In addition, a range of implantable devices can be used to assist the pumping action of the heart, for both acute and long-term heart failure.
Saved by Heart Surgery
Mark Swartz is the first patient at GW Hospital to receive a left ventricular assist device (LVAD), a mechanical pump that keeps his heart functioning while he awaits a heart transplant.
Surgery For Atrial Arrhythmias
Using a combination of approaches, including minimally invasive techniques, surgeons at GW Hospital can reduce or eliminate the very common electrical irregularity of the heart known as atrial fibrillation. This can be done as a primary treatment for this problem or in association with valve or bypass surgery.
Thoracic-Abdominal Aortic Surgery
GW Hospital is a regional leader in aneurysm surgery performing complex reconstruction in patients with aortic dissections as well as those with ascending, arch and descending aneurysms. Deep hypothermic circulatory arrest as well as perfusion-assisted techniques are performed. At times, the surgeon may be able to perform the procedure without the use of the heart lung machine.