This BCI grading scale has prognostic and therapeutic implications. Nonoperative treatment options for grade I BCI should be evaluated in prospective, randomized trials. Accessible grade II, III, IV, and V lesions should be surgically repaired. Inaccessible grade II, III, and IV injuries should be treated with systemic anticoagulation. Endovascular techniques may be the only recourse in high grade V injuries and warrant controlled evaluation in the treatment of grade III BCI.

ObjectiveTo formulate management guidelines for blunt vertebral arterial injury (BVI). Summary Background DataCompared with carotid arterial injuries, BVIs have been considered innocuous. Although screening for BVI has been advocated, particularly in patients with cervical spine injuries, the appropriate therapy of lesions is controversial. MethodsIn 1996 an aggressive arteriographic screening protocol for blunt cerebrovascular injuries was initiated. A prospective database of all screened patients has been maintained. Analysis of injury mechanisms and patterns, BVI grades, treatment, and outcomes was performed. ResultsThirty-eight patients (0.53% of blunt trauma admissions) were diagnosed with 47 BVIs during a 3.5-year period. Motor vehicle crash was the most common mechanism, and associated injuries were common. Cervical spine injuries were present in 71% of patients, but there was no predilection for cervical vertebral level or fracture pattern. The incidence of posterior circulation stroke was 24%, and the BVI-attributable death rate was 8%. Stroke incidence and neurologic outcome were independent of BVI injury grade. In patients treated with systemic heparin, fewer overall had a poor neurologic outcome, and fewer had a poor outcome after stroke. Trends associated with heparin therapy included fewer injuries progressing to a higher injury grade, fewer patients in whom stroke developed, and fewer patients deteriorating neurologically from diagnosis to discharge.

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Identification of blunt carotid injury prior to the development of ischemic symptoms requires aggressive screening of patients at risk. The treatment of these lesions has centered around long-term anticoagulation therapy. However, studies have revealed that many of these lesions persist despite medical treatment, as does the risk of distal embolization. The authors present a series of six patients who were successfully treated by means of endovascular stent placement for nonpenetrating carotid injuries. In the authors' experience this treatment requires only temporary anticoagulation therapy, results in immediate reconstruction of the injured vessel, obliterates pseudoaneurysms, and prevents distal embolization.

Use of metallic endoprostheses is an effective method to treat this potentially devastating injury. However, longer follow-up and more patients studied are needed to further examine this promising treatment.

The authors report the results of a retrospective review of 13 patients who underwent 19 craniotomies for resection of metastatic malignant melanoma at the University of Colorado (Denver, CO) between 1983 and 1989. There was preoperative evidence of extracranial disease in 11 patients. Eight patients had more than one intracranial metastasis at operation. Intraoperative ultrasound was used in 18 of the 19 craniotomies to minimize surgical trauma to the brain. The 30-day mortality was zero. The 30-day morbidity was minimal. No patient acquired a new neurologic deficit as a result of surgery. All patients regained at least their preoperative level of functioning. Six of the patients who were living at the time of review have been followed for 4 to 25 months (median, 7.5 months). The seven patients who were dead at the time of review survived 4 to 18 months (median, 10 months). These results compare favorably with the survival of untreated patients with metastatic melanoma to the brain (median, 1 month), patients treated with radiation therapy alone (median, 2-4 months), and those treated with chemotherapy alone (median, 2-4 months). The excision of metastatic melanoma from the brain, although not curative, may increase survival in patients with this problem with little morbidity and mortality even in the presence of other metastases.

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We conclude that traumatic jugular vein thrombosis can be associated with significant elevation in ICP and that treatment with an endovascular stent can affect the rapid correction of intracranial hypertension in patients who are candidates for anticoagulation.