Posts Tagged ‘Cardiovascular Surgery’

Cardiovascular Surgery

The history of service dating back to the early 1970′s with the return to Argentina from Dr. Rene G. Favaloro. Since then the team of cardiovascular surgery has gained significant experience. The first surgical procedure of the Cardiovascular Institute of Cardiology (ICYCC) Favaloro Foundation was held on June 20, 1992 and since then there have been over 20,000. Favaloro Foundation Cardiovascular Surgery Center is the most important in Argentina and is recognized as one of the best in Latin America and the world.

The Department of Cardiovascular Surgery of our institution has pioneered numerous surgical techniques and the formation of cardiovascular surgeons in Argentina, Latin America and many countries around the world.

While the complexity of patients requiring cardiovascular surgery has increased in recent years, either because they exceed 70 years or because they received other procedures before-the mortality rate of the Favaloro Foundation remained below 3% over all these years.

Surgical outcomes are the result of teamwork of surgeons, cardiologists , anesthesiologists, nurses and all staff of the Favaloro Foundation with the support of advanced technology, which allows a correct indication of treatment, the realization of highly complex procedures and optimal postoperative care. Read the rest of this entry »

Cardiovascular Surgery

Cardiovascular SurgeryThey perform thousands of heart surgery every day in the United States. Only in 2006, there were almost 450,000 coronary bypass procedures. And while there is a shortage of donor organs, in 2008 more than 2,100 people received heart transplants.

Years ago, many doctors thought that heart surgery was a dream. During the Second World War, surgeons had learned to operate on the heart but could not implement what they learned it was difficult to operate a beating heart and moving. Furthermore, it was possible to stop the heart for more than a few minutes without causing brain damage.

Two major advances in medicine made possible the surgery:
- The bypass machine, which assumes the functions of the heart.
- Body cooling techniques, which allow prolong the surgery without brain damage.

What is lung machine?
The bypass machine is also called cardiopulmonary bypass machine. Heart function takes charge of the pumping and oxygenating the blood. Thus, the heart remains stationary during operation, which is necessary to open the heart (heart surgery). As lung machine takes over the functions of the heart, surgeons can operate a heart that does not move or full of blood.

When the patient is connected to a bypass machine, it performs the same functions they would take the heart and lungs. The machine carries blood from the upper right heart chamber (right atrium) to a special container called “oxygen”. Within oxygenator bubbles of oxygen are mixed with blood and placed in red blood cells. This causes the blood changes from dark red (oxygen-poor) to red (oxygen-rich). Then, a filter removes air bubbles from the oxygen-rich blood and the blood goes through a plastic tube up to the main conduit for blood from the body (the aorta). From the aorta, the blood around the body.

The bypass machine can replace the functions of the heart and lungs for several hours. A trained technicians called ‘perfusion’ (specialists in blood flow) to ensure that the machine works properly during surgery. However, surgeons try to limit the time patients remain connected to the machine.

Cardiovascular Surgery

The patient is placed supine and the surgeon opened the chest of a longitudinal section along the sternum, which is split by a saw. Then usually be the right atrium and the aorta cannulated and the hoses connected to the HLM (depending on the procedure). To prevent the blood clots in the tube system, is administered for the duration of the surgery a blood coagulation inhibitor. monitor after connecting to the HLM of the perfusionist the pumping function of the heart and the oxygenation of the blood. The surgeon cut off the blood supply to the heart. To the energy and thus reduce the oxygen consumption of the body and this easily maintained by the HLM to, the patient for the duration of the procedure in addition actively controlled by a few degrees and cool and provides the heart with a cold, potassium-rich liquid. Now the planned operation will be carried out. Here, every second counts, because the heart is now in the so-called ischemic time and will get the circulation of the entire body through a machine upright.

Cardiovascular Surgery

Malaga The Pediatric Cardiovascular Surgery Section of Maternal and Child Health, Regional Hospital of Malaga has incorporated innovative techniques ‘mini-invasive’ surgical access bypass heart surgery in children and adolescents. The aim is aesthetic and seeks to reduce the sequelae, or scarring of the skin, avoiding incision in the central chest area.

Thus, specialists opt for the lower right armpit as new access road to the heart, or the incision under the right breast, choice used in teenage girls.

Only in very selected patients with heart disease and simple, they have carried out these innovative techniques in children and adolescents, having made 19 interventions. Since 2007, they have spoken to 10 teens, and since 2009 has been operated to 9 children over three years.

The cardiovascular surgical interventions are multidisciplinary working paradigm and in the case of a participating extracorporeal cardiovascular surgeons, perfusionists that control lung machine, anesthesiologists, cardiologists, and nursing staff, as well as intensivist or neonatologist if the patient is a newborn.

In 2009, they have conducted a total of 152 cardiovascular surgical interventions in children, of whom 57% were extracorporeal. 22% of the interventions were neonates. In the past three years, there has been a prominent increase in infant heart surgery, increasing by 41% the number of operations since 2007.

The complexity in this type of surgery is enhanced with increasing in recent years of interventions in patients at younger ages. The increasingly early diagnosis of congenital malformations and increased preterm births and therefore most vulnerable, increase the difficulty of interventions.

Congenital heart disease are varied. The most frequent that require surgical treatment with cardiopulmonary bypass are septal defects (holes in the walls within the heart) and tetralogy of Fallot (four heart abnormalities that cause blood to flow without sufficient oxygen).
On the other hand, coarctation, or narrowing of the aorta and the ‘persistent ductus’ (persistence, after birth, communication between the pulmonary arterial system and the aorta, necessary during fetal life) are the most common heart disease among interventions without cardiopulmonary bypass.

The Section of Pediatric Cardiovascular Surgery performed different lines of research as well as that relating to the creation of artificial pulmonary valve made of synthetic material for the treatment of complex heart disease, or who studies the use of temporary pacemaker in extracorporeal interventions to ensure heart rate at end of surgery.

These actions are framed within the objectives which includes the Comprehensive Plan of Care for Heart of Andalucia, and respond to the expectations of patients and their families, being a chance in the sense of improving quality of life of patients with heart , matching the supply of services to people’s needs effectively and efficiently