Stroke, Vol 25, 11-16, Copyright © 1994 by American Heart Association
G Gamble, J Zorn, G Sanders, S MacMahon and N Sharpe
BACKGROUND AND PURPOSE--Arterial stiffness may indicate early vascular
changes that predispose to the development of major vascular disease. The
repeatability of a variety of indices of arterial stiffness calculated from
a standard carotid arterial M-mode ultrasound image was investigated.
METHODS--Twenty-six asymptomatic normal subjects were imaged and had blood
pressure recordings on each of two separate occasions at least 1 day apart.
Using a computer-assisted method, the maximum and minimum internal diameter
and average wall thickness of the right common carotid artery were measured
over several cardiac cycles, and the following indices of arterial
stiffness and distensibility (compliance) were derived: the pressure-strain
elastic modulus (Ep), Young's modulus (E), cross-sectional compliance (CC),
and the distensibility coefficient (DC). RESULTS--The repeatability of
these measures, expressed as coefficients of variation, was as follows: Ep,
18%; E, 24%; CC, 14%; and DC, 13%. In another group of 20 subjects, the
coefficient of variation for repeat examination by different sonographers
was Ep, 19%; E, 20%; CC, 14%; and DC, 17% and for the one sonographer using
two ultrasound machines was Ep, 13%; E, 13%; CC, 11%; and DC, 13%. These
values indicate a moderate level of repeatability. In a univariate analysis
each of these indices was significantly related to increasing age (Ep = 1.0
+ 12.9 x AGE, r = .80; E = 314.5 + 13.9 x AGE, r = .48; CC = 22.6-0.26 x
AGE, r = -.63; DC = 64.0-0.65 x AGE, r = -.78) but not to wall thickness
(all P > .47). Using multiple regression techniques to adjust for age,
wall thickness is a significant predictor of distensibility (P = .017),
cross-sectional compliance (P < .001), and the pressure-strain elastic
modulus (P = .019). Because Young's modulus is calculated from wall
thickness, it could not be included in the multivariate analysis.
CONCLUSIONS--We conclude that estimates of carotid artery distensibility
and cross- sectional compliance derived from M-mode ultrasound recordings
are moderately repeatable and may provide useful additional end points for
trials of atherosclerotic progression.
ARTICLES
Estimation of arterial stiffness, compliance, and distensibility from M- mode ultrasound measurements of the common carotid artery
Department of Medicine, University of Auckland, New Zealand.
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