Rotational vertebral occlusion is an important cause of vertebrobasilar symptoms, which may lead to permanent neurological deficit if left undiagnosed. Dynamic angiography is the established method of diagnosis. Great care must be taken to avoid misdiagnosing the site of occlusion or missing a second occlusive site. For this reason, it is crucial to have a thorough understanding of the anatomic course of the vertebral artery and the muscular and tendinous insertions, which may cause rotational occlusion. The decision for treatment must be based on the site of occlusion as well as the assessment of the patient as a surgical candidate. A review of the literature reveals that surgical treatment is effective and must be considered to avoid further morbidity.
This study details long-term clinical outcomes after GDC treatment and describes factors affecting the need for retreatment. Although complete anatomic cure was not obtained in all cases and the long-term protection from subarachnoid hemorrhage remains to be determined, these data indicate that GDC are a safe and efficacious treatment for cerebral aneurysms.
This case documents a rare instance of traumatic dural sinus thrombosis resulting from a closed head injury. In addition, endovascular thrombolysis resulted in subsequent opening of the dural sinuses and effective intracranial pressure management, despite the presence of a hemorrhagic contusion. Heparin was effective in maintaining sinus patency and was used safely in conjunction with urokinase in this setting of head injury.
Follow-up examination revealed no evidence of bruit or neurological deficit. This report highlights a unique complication of balloon gangliolysis and describes coil embolization of the fistula as the mode of treatment.
The bone disease of vitamin D-resistant rickets can involve the base of the cranium, precipitating the development of the Chiari malformation and associated syringomyelia. We review the association between rickets and Chiari malformation and discuss the management of these patients.
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