Stroke, Vol 17, 916-921, Copyright © 1986 by American Heart Association
MP Spencer and D Whisler
Forty-two intracranial internal carotid arteries were visualized by both
arteriography and 2 MHz pulse ultrasonic Doppler examinations. The
intracranial internal carotid artery Doppler signals were studied at 5- 7
cm depth behind the eyelid using frequency spectral analysis. Stenosis
criteria were developed and methods of avoiding confusion with collateral
effects devised. Among 33 intracranial ICAs visualized on the arteriograms,
22 were normal without stenosis and 11 displayed some degree of stenosis
ranging from 20 to 75 percent. An additional 7 were totally occluded.
Doppler criteria of stenosis representing elevated frequencies and
symmetrical prominent low frequencies (SPLF) were utilized and separated
from collateral effects to provide an overall accuracy of the technique of
88 percent with a 95 percent specificity and a 73 percent sensitivity. The
technique appears sufficiently promising to justify further development and
utilization.
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Transorbital Doppler diagnosis of intracranial arterial stenosis
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