Stroke, Vol 25, 837-842, Copyright © 1994 by American Heart Association
D Leys, F Mounier-Vehier, I Lavenu, P Rondepierre and JP Pruvo
BACKGROUND AND PURPOSE: A previous study suggested that occlusive diseases
of small penetrating arteries account for most anterior choroidal artery
(AChA) territory infarcts, but half of the patients did not have an
echocardiogram. Cases of AChA territory infarcts associated with internal
carotid artery stenosis or atrial fibrillation suggest that this hypothesis
may be wrong. The aim of this study was to determine the mechanism of 16
nonselected consecutive AChA territory infarcts. METHODS: The study
population consisted of 8 men and 8 women aged 17 to 89 years. They
underwent a computed tomographic scan at the acute stage, Doppler
ultrasonography and B-mode echotomography of the cervical arteries,
bidimensional transthoracic echocardiography, and cerebral magnetic
resonance imaging, replaced by a second computed tomographic scan in 3
patients. Ten patients underwent cerebral angiography. We defined the
presumed cause of stroke according to the criteria used in the trial of Org
10172 in acute stroke treatment. RESULTS: The presumed cause of stroke was
definite cardio-embolism in 4 patients (atrial fibrillation in 2,
paradoxical embolism in 1, and left ventricular akinesia in 1); definite
large-vessel atherosclerosis in 2; dissection of the internal carotid
artery in 2; and definite small- vessel occlusion in 1. Seven patients had
a negative diagnostic workup. Six patients had no risk factors for
small-vessel occlusion. The AChA was not visible on angiography in 4
patients. One patient had two arterial cutoffs, suggestive of emboli in
other cerebral arteries. CONCLUSIONS: This study suggests that AChA
territory infarcts are rarely related to small-vessel occlusion and
therefore require a complete diagnostic workup.
ARTICLES
Anterior choroidal artery territory infarcts. Study of presumed mechanisms
Department of Neurology, University of Lille, France.
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