Circulation, Vol 55, 134-141, Copyright © 1977 by American Heart Association
JA Kisslo, D Robertson, BW Gilbert, O von Ramm and VS Behar
Left ventricular wall motion was assessed in 105 consecutive patients both
invasively, using biplane cineangiography, and noninvasively, by a
real-time, phased-array, two-dimensional echocardiography system.
Ventricular wall motion in five anatomic areas of the ventricle
(anterolateral, posterolateral, apical, septal, and inferior) was analyzed
by both methods in a double-blind manner. Two-dimensional echocardiographic
images were deemed adequate for analysis in 82% of the regions (430 of
525). Fifty-five discrepancies were noted in the comparison of the
remaining 430 regions. The reasons for discrepancies in interpretation
between the two methods were established for 54 during retrospective
review: 33 were due to echocardiography (inadequate target visualization,
observer error, or tangential echo views). Fifteen were related to
angiography (overlay of silhouettes or observer error), and six were due to
other reasons including definition problems or spatial orientation
difficulties. Both real-time, two- dimensional echocardiography and
cineangiography have advantages and disadvantages. The techniques used
together could provide more complete information concerning ventricular
wall movement than is now currently available.
ARTICLES
A comparison of real-time, two dimensional echocardiography and cineangiography in detecting left ventricular asynergy
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