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A child with transposition of the great arteries submitted to surgical correction at preschool age

Ulisses Alexandre CrotiI; Domingo M BraileI; Ana Carolina Leiroz Ferreira Botelho Maisano KOZAKI; André Luis de Andrade BodiniI

DOI: 10.1590/S0102-76382007000300019


On the 4th day of life, an Afro-Brazilian female child born in Paulínia, São Paulo, presented cyanosis of extremities. The patient was given prostaglandin. She was referred to our Pediatric Cardiovascular Surgery Service after congenital heart disease was diagnosed. At this moment, the radiography resembled to both an oval-shaped cardiac area and an electrocardiogram with left ventricle overload. The echocardiogram suggested a transposition of the great arteries [TGA], perimembranous interventricular communication (IVC), ostium secundum interatrial communication (IAC), severe preductal aortic coarctation, and patent ductus arteriosus with a greater diameter. As the team was in both structural and learning phases, it was chosen to perform a staged surgical repair (correction) with terminoterminal (end-to-end) aortoplasty, ligation, and resection of ductus arteriosus. Additionally, a balloon catheter atrioseptostomy (Rashkind) was performed during the hemodynamic study carried out two days prior to the surgery. Both parents were given instructions to keep the outpatient clinic follow-up. However, they were absent until the aggravation of the cyanosis when they have brought the child back to our service. The child was 4 years old, weighting 14.6 kg, in REG, hydrated, eupneic, and with cyanosis ++++/4+. The lungs were free; heart rhythm was regular with two clicks, with a hypophonetic second heart sound; effective systolic murmur ++/4+ in medium-below left sternal border. There is no abdominal tenderness on palpation; the liver lays at 4 cm from the right costal margin. Peripheral saturation of 58% with normal pulses.


Electrocardiogram evidenced: sinus rhythm of 107 beats/minute; ÂQRS + 90ºC; PR interval, 0.12 sec; QTc, 0.48 sec; QRS, 0.08 sec. Right ventricle overload with a pure R in V1.


Upon the radiogram revealed visceral situs solitus. The cardiothoracic index was 0.62. The second aortic arch was hollowed with tapering of the mediastinum structures. It was also noted a pulmonary vascular prominence with a discrete peripheral oligohemia (Figure 1).

Fig.1 - A typical PA radiograph of thorax of patients undergone transposition of the great arteries


Situs solitus was present at levocardia. It was observed TGA; 19-mm wide IAC, and 2.5-mm muscular/trabecular IVC. The aortic valve and the pulmonary annulus were 16.4 and 22.7, respectively; pulmonary arteries were confluents and hypoplastics with 9 mm to the right and 7.4 mm to the left. The echocardiogram revealed type III left ventricle geometry and bulging septum toward the left ventricle. The aortic arch had a normal echocardiographic aspect without an isthmic gradient. It was also revealed an absence of the ductus arteriosus.


In spite of the early diagnosis performed at the neonatal period, it is important to highlight that there was no local structure condition neither the viable possibility of referring to another reference Pediatric Service to have definitive medical care. This is a very usual situation in Brazil. Therefore, the patient could have been submitted to the Jatene operation with correction of the coarctation of aorta. Without a previous hemodynamic study, the patient needed a two-stage treatment, at first with an aortoplasty and section of the ductus arteriosus followed by the Senning operation, which should have been performed earliest to avoid the cyanosis complications, such as thromboembolism and stroke, among others [1]. Nevertheless, the family socioeconomic conditions have rendered difficult to this approach.


Approach by longitudinal median sternotomy with establishment of cardiopulmonary bypass by introducing cannulas into the following: aorta, superior and inferior vena cava was performed. The sites of incision at the right atrium were marked. The right atrium was opened with a longitudinal incision toward the inferior vena cava. Resection of interatrial septum, opening of the left atrium along the right pulmonary veins (Figure 2A), and suture of the bovine pericardium below the mitral valve, by isolating the pulmonary veins (Figure 23B), which was named first plane, were performed. Together with the right atrium lateral wall, a suture was initiated along the valve of inferior vena cava (Eustachian valve), thus, forming the tunnel of inferior vena cava. This procedure was performed in the same very way in the superior vena cava with the two sutures coming together, leaving the flow of the venae cavae and the coronary sinus toward the left atrioventricular valve (mitral valve) (Figure 2C), named second plane. Together with the right atrium medial wall, the suture along the right pulmonary veins were initiated, forming the so-called third plane, and directing the blood flow toward to the right atrioventricular valve (tricuspid valve) (Figure 2D). A 2.5-mm IVC was not corrected due to the hypoplasia of the pulmonary arteries. The perfusion time was 94 minutes; the myocardial ischemia was 68 minutes with 28ºC-hypothermia. The child developed bronchopneumonia and remained at the hospital for 14 days to be treated with antibiotics. After three months, She was asymptomatic and the echocardiogram revealed an excellent surgical outcome, despite a residual IVC and the hyploplasia of the pulmonary arteries.

Fig.2 - Important moments during the surgery: 2A - Opening of the left atrium along with the right pulmonary veins. It can be observed a small incision towards the right superior pulmonary vein. 2B - First plane: isolating the pulmonary veins. 2C - Second plane: after the conclusion of the tunnel of the venae cavae. 2D - Third plane: final anastomosis of the medial wall of the right atrium to the incision in the left atrium close to the right pulmonary veins


1. Dodge-Khatami A, Kadner A, Berger Md F, Dave H, Turina MI, Prêtre R. In the footsteps of senning: lessons learned from atrial repair of transposition of the great arteries. Ann Thorac Surg. 2005;79(4):1433-44.

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