正常脑血管生理学和血管解剖学

D. Bulters, A. Durnford
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引用次数: 0

摘要

本章的第一部分描述了正常的神经血管解剖,包括其胚胎学、组织学和正常动脉变异。它包括动脉造影解剖以及由特定血管提供的结构和区域。解剖静脉窦和大脑浅静脉和深静脉都被描述。第二部分详细介绍了正常脑神经生理学,包括自我调节和脑灌注控制。它涵盖了脑血流和血管直径调节的肌源性、代谢和神经源性机制。最后,本文描述了甘露醇对脑血流的作用和影响,以及甘露醇虽然能显著降低脑容量和颅内压,但其确切的作用机制尚不清楚。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Normal cerebrovascular physiology and vascular anatomy
The first part of this chapter describes normal neurovascular anatomy including its embryology, histology, and normal arterial variants. It includes angiographic arterial anatomy and also the structures and territories supplied by specific vessels. The anatomy of the venous sinuses and both the superficial and deep cerebral veins are described. The second part details normal cerebral neurophysiology, including autoregulation and the control of cerebral perfusion. It covers the myogenic, metabolic, and neurogenic mechanisms of cerebral blood flow and vessel diameter regulation. Finally, the role and influence of mannitol on cerebral blood flow is described, and how although it acutely reduces cerebral volume and intracranial pressure, its exact mechanism of action remains unclear.
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