World Neurosurg
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Comparative Study
Intraarterial colforsin may improve the outcome of patients with aneurysmal subarachnoid hemorrhage: a retrospective study.
Papaverine hydrochloride (PPV) has been widely used for pharmacologic angioplasty to dilate spastic vessels after aneurysmal subarachnoid hemorrhage (SAH). Colforsin daropate hydrochloride (CDH) has also recently been reported to be useful for reversal of cerebral vasospasm (CV). In this study, we compared the impacts of intraarterial PPV and CDH on the outcomes of SAH patients. ⋯ CDH appears to be associated with a better outcome in patients with SAH.
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Editorial Biography Historical Article
Eluding gravity: mankind's quest for flight.
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Vasospasm and resultant clinical deterioration caused by delayed cerebral ischemia (CD-CDI) are a considerable source of morbidity after aneurysmal subarachnoid hemorrhage (SAH). Although they are a relatively common cause of spontaneous SAH, AVM rupture and ensuing vasospasm are rarely reported. ⋯ Even in cases of SAH from AVMs, angiographic vasospasm after AVM rupture is relatively rare. We thus do not recommend empiric delayed angiography to assess for vasospasm in these patients. Nevertheless, it does remain a rare possibility and should be considered in those with CD-DCI.
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Review Case Reports
Evolution and future of skull base surgery: the paradigm of skull base meningiomas.
Skull base meningiomas represent the paradigm for the evolution of skull base surgery within the past 50 years into a distinct neurosurgical subspecialty. ⋯ A large contemporary series of skull base meningiomas is presented. In addition, the evolution of surgical approaches to skull base meningiomas is reviewed, together with the current issues regarding radiation therapy, management of cavernous sinus tumor, oncologic management of atypical and malignant subtypes, molecular genetics, and future therapeutic options.
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Review
Monitoring techniques for prevention of procedure-related ischemic damage in aneurysm surgery.
To describe the application of intraoperative monitoring techniques during aneurysm surgery and to discuss the advantages and limitations of these techniques in prevention of postoperative neurologic deficits. ⋯ The choice of monitoring modality should be governed by the vessel and by the vascular territory most at risk during the planned procedure with proper awareness of the potential limits related to each technique. Aneurysm surgery monitoring should help to address issues of continuity and provide a morphologic and functional assessment. Although the use of monitoring devices is still not routine in aneurysm surgery and no standards have been established, combining different monitoring techniques is crucial to optimize aneurysm surgery and avoid or minimize complications.