Rule Out (R/O) Arteriovenous Malformation

L. Kirkland Conrad, Steven Thibodeau, Ellen Grant
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引用次数: 0

Abstract

When imaging patients for intracranial arteriovenous malformations, the goals are: (1) to determine if an arteriovenous malformation is present; (2) to assess size, shape, and location of the nidus; (3) to determine potential arterial feeders and venous drainage routes (including screening for aneurysms on arterial feeders); and (4) to determine the state of the surrounding brain parenchyma, including the identification of intracranial hemorrhage. A post-contrast 3-D spoiled gradient echo (SPGR) sequence is used for sequences 1 to 3. Standard MR imaging sequences are used to evaluate the brain parenchyma. The protocol contained within this unit can be used for the evaluation of stable patients. In order to perform the optional sequences with perfusion and diffusion studies, a scanner with echoplanar capabilities is required; however, the standard anatomical MR imaging sequences included in the protocols do not require these faster gradients.

排除动静脉畸形
当对颅内动静脉畸形患者进行影像学检查时,目的是:(1)确定是否存在动静脉畸形;(2)评估病灶的大小、形状和位置;(3)确定潜在的动脉喂食器和静脉引流途径(包括动脉喂食器上动脉瘤的筛查);(4)确定周围脑实质的状态,包括颅内出血的鉴别。序列1 ~序列3采用对比后三维破坏梯度回波(SPGR)序列。标准磁共振成像序列用于评估脑实质。本单元所包含的方案可用于评估病情稳定的患者。为了进行灌注和扩散研究的可选序列,需要具有回声平面功能的扫描仪;然而,方案中包含的标准解剖磁共振成像序列不需要这些更快的梯度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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