Stroke, Vol 25, 372-374, Copyright © 1994 by American Heart Association
CR Hornig, DS Rust, O Busse, M Jauss and A Laun
BACKGROUND AND PURPOSE: Because the timing and strategy of surgical
intervention in massive cerebellar infarction remains controversial, we
report our experience with the management of 52 such patients. METHODS:
Case records, computed tomographic scans, surgical reports, and angiograms
of 52 patients with space-occupying cerebellar infarction defined by
computed tomographic criteria were reevaluated with regard to clinical
course, etiology, therapeutic management, mortality, and functional
outcome. RESULTS: In most cases clinical deterioration started on the third
day after stroke, and a comatose state was reached within 24 hours. Sixteen
patients were treated medically, and 30 by suboccipital craniectomy (22
plus ventriculostomy, 12 plus tonsillectomy). Ten patients primarily had
ventriculostomy, which in 4 patients was supplemented by craniotomy because
of continuing deterioration. Twenty-nine patients made a good recovery, 15
remained disabled, and 8 died. Even comatose patients had a 38% chance of a
good recovery with decompressive surgery. Age older than 60 years (P =
.0043) and probably initial brain stem signs (P = .0816) and a late
clinical stage (P = .0893) were linked with a fatal or disabling outcome.
CONCLUSIONS: Decompressive surgery should be the treatment of choice for
massive cerebellar infarction causing progressive brain stem signs or
impairment of consciousness.
ARTICLES
Space-occupying cerebellar infarction. Clinical course and prognosis
Department of Neurology, Justus Liebig University, Giessen, Germany.
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