Titlebook: Cerebrovascular Surgery; Volume I Jack M. Fein,Eugene S. Flamm Book 1985 Springer-Verlag New York Inc. 1985 NMR.PET.anatomy.anesthesia.angi

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J. R. L. Allen,B. J. Hoskins,P. J. Valdeschniques have been of particular value in cerebrovascular surgery. They have facilitated the management of patients with ischemic cerebrovascular disease, aneurysms, arteriovenous malformations, and other problems as well.

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5. Surfaces with Constant Curvature,erial disease, aneurysms, arteriovenous malformations, and intracerebral hematomas. In the last 10 years cerebrovascular surgery has emerged as a distinct subspeciality within neurosurgery. However, the early evolution of this discipline is unclear and is enmeshed in the early history of neurosurger

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Alexander I. Bobenko,Ulrich Eitnerter provides the basis for understanding the pathologic processes involved in cerebral thromboembolism and its treatment with antiplatelet aggregating agents and anticoagulants. It establishes the rationale for antifibrinolytic treatment of aneurysms and provides an insight into the assessment of th

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5. Surfaces with Constant Curvature, cerebrovascular surgery. Cardiovascular disease is an important risk factor in the management of occlusive cerebrovascular lesions, aneurysms, and hypertensive hemorrhage. This chapter describes the evaluation and management of patients with cardiac disease in anticipation of cerebrovascular surger

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Flexibility in Applying the Painlevé Testbasic mechanisms of their disease. In fact, the pathophysiology was understood poorly—or not at all. The prevailing notion was that vasospasm of a cerebral vessel caused most strokes. The chapters in these volumes, as well as other current books, detail this accumulation of knowledge thoroughly. .

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