Stroke, Vol 24, 1513-1518, Copyright © 1993 by American Heart Association
M Sitzer, G Furst, H Fischer, M Siebler, T Fehlings, A Kleinschmidt, T Kahn and H Steinmetz
BACKGROUND AND PURPOSE: The degree of internal carotid stenosis has emerged
as the most important predictor of ischemic stroke in extracranial carotid
artery disease. The purpose of this study was to assess the validity of the
noninvasive techniques for quantifying internal carotid stenosis with
respect to the accepted standard of intra-arterial angiography. METHODS: We
measured the maximum percentage reduction in luminal diameter on the
intra-arterial digital subtraction angiograms of 56 symptomatic patients
with extracranial internal carotid stenosis (n = 77) or occlusion (n = 20).
These data were compared with independent measurements based on
continuous-wave Doppler ultrasonography, pulsed-wave Doppler spectrum
analysis, color Doppler- assisted duplex imaging, and magnetic resonance
angiography. RESULTS: Correlations with intra-arterial angiography were
equally strong (r > .90) for magnetic resonance angiography,
continuous-wave Doppler, and color duplex analysis. Positive and negative
predictive values for (therapeutically relevant) 70% to 99% stenosis were
higher for continuous-wave Doppler (.82, .97) and color duplex (.84, .98)
than for magnetic resonance angiography (.79, .81). Also, accuracy in
quantifying high-grade stenosis was better for both of these
ultrasonographic techniques, mainly due to the frequent occurrence of a
"flow gap" on the magnetic resonance angiograms. Continuous-wave Doppler
and magnetic resonance angiography, but not color duplex, failed to detect
slow residual arterial flow in one and two cases of symptomatic
"pseudo-occlusion" of the internal carotid, respectively. CONCLUSIONS: (1)
Several noninvasive methods compare well with intra- arterial angiography
in identifying and quantifying high-grade internal carotid stenosis; (2)
the use of these noninvasive methods may suffice for treatment decisions;
and (3) because residual between-method disagreement is partly explained by
principles of physics, the validity of continuous-wave Doppler and color
duplex in quantifying 60% to 99% stenosis is likely to be underestimated by
correlation with intra- arterial angiography.
ARTICLES
Between-method correlation in quantifying internal carotid stenosis
Department of Neurology, Heinrich-Heine-University, Dusseldorf, Germany.
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