Circulation, Vol 62, 1099-1107, Copyright © 1980 by American Heart Association
S Beppu, Y Nimura, H Sakakibara, S Nagata, YD Park, K Baba, Y Naito, M Ohta, T Kamiya, H Koyanagi and T Fujita
We attempted to detect mitral deformities in ostium primum atrial septal
defect using real-time cross-sectional echocardiography. Transverse
sections of the anterior mitral leaflet echo were examined in 11 patients
with this malformation who subsequently received surgical treatment. The
section for observing the transverse view of te anterior leaflet was along
the sagittal plane of the body, because of the deformity of the mitral
annulus. Each echocardiographic finding was compared with the surgical and
angiographic findings. On the echocardiogram, the superior and inferior
parts of the anterior mitral leaflet separated into two parts during
diastole in all patients with mitral cleft. Thin linear echoes connected
the ridges of the cleft and the ventricular septum in seven patients in
whom the accessory chordae at that area were revealed at surgery. The
systolic configuration of the anterior leaflet echo varied among the
patients. The severity of the miral regurgitation seemed to relate not only
to the size of the cleft but also to the systolic configuration of the
anterior mitral leaflet. After surgery, diastolic separation of the
anterior leaflet echo was no longer observed. However, the abnormal
systolic configuration of the anterior leaflet was unchanged.
ARTICLES
Mitral cleft in ostium primum atrial septal defect assessed by cross- sectional echocardiography
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