Stroke, Vol 23, 668-673, Copyright © 1992 by American Heart Association
HS Markus and MJ Harrison
BACKGROUND AND PURPOSE: A proportion of individuals with carotid artery
stenosis show a reduced cerebrovascular reserve as measured by a reduced
cerebral arterial vasodilatory response to carbon dioxide. Two methods of
quantifying this vasodilatory response, using transcranial Doppler
ultrasonography, have been in general use: the total range of vasodilation
between hypocapnia, induced by hyperventilation, and hypercapnia induced by
breathing carbon dioxide, and the response to breathing a fixed
concentration of 5% carbon dioxide. We studied whether it is possible to
use the rise in carbon dioxide occurring during breath-holding as the
vasodilatory stimulus. METHODS: Using transcranial Doppler, cerebral
reactivity to carbon dioxide was measured in 23 subjects undergoing
intravenous digital subtraction angiography of their carotid arteries for
symptoms of cerebrovascular disease. A breath-holding method was compared
with the two previous methods, which required administration of carbon
dioxide. RESULTS: All three methods gave results that correlated highly
significantly with the degree of carotid stenosis, although the correlation
was highest when the full vasodilatory range was measured. This method was
adopted as the gold standard, and the other methods were compared with it.
The breath-holding method correlated at least as well (rho = 0.67) as the
5% CO2 method (rho = 0.64). It identified a similar group of low reactors
to our gold standard method, whereas the 5% CO2 method gave some discrepant
results. CONCLUSIONS: The breath-holding method offers potential as a
convenient, well-tolerated screening method of assessing carbon dioxide
reactivity not requiring the administration of carbon dioxide, although
further validation against more established methods of measuring
cerebrovascular reserve is first required.
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Estimation of cerebrovascular reactivity using transcranial Doppler, including the use of breath-holding as the vasodilatory stimulus
Department of Neurology, Middlesex Hospital, London, UK.
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