Circulation, Vol 51, 1130-1135, Copyright © 1975 by American Heart Association
ND Nanda, S Stewart, R Gramiak and JA Manning
Twelve patients with dextro-transposition of the great vessels (age eight
months to four years) were studied by echocardiography following Mustard's
procedure. Nine of them had also been studied preoperatively.
Postoperatively all patients demonstrated structural echoes in the atrial
cavity behind the pulmonary root. In ten, the motion pattern generally
resembled that of a stenotic atrioventricular valve iwth a sharp anterior
movement followed by flattening in diastole and rapid posterior excursion
in systole. The maximum amplitude of motion ranged from 4 to 9 mm (average
6.6 mm). In the remaining two cases, the anterior diastolic movement was
attenuated. Similar moving, linear echoes with larger amplitudes of motion
(10-14 mm) were observed behind the tricuspid valve in four patients while
poorly moving, multiple or thick conglomerate echoes (2-11 mm wide) were
detected in seven cases. Echocardiographic contrast studies performed by
injecting indocyanine green via catheters placed on either side of the
intra-atrial baffle identified it as the source of these echoes. Following
operation, coarse diastolic undulations of the mitral valve (ten cases) and
the tricuspid valve (nine cases) were noted. Also, fine flutter of both
atrioventricular valves, not present before, appeared after operation in
three patients. These findings may be related to the altered pathway of
blood flow and turbulence resulting from the insertion of the baffle in the
atria. Echocardiography appears useful in delineating the character and
movement pattern of the intra-atrial baffle and this may have potential in
evaluating its long-term functional status.
ARTICLES
Echocardiography of the intra-atrial baffle in dextro-transposition of the great vessels
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