[Evaluation Method for Ascertaining Mechanical Thrombectomy].

Q4 Medicine
Takeru Umemura, Yu Abekura, Taketo Hatano
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引用次数: 0

Abstract

Indications for mechanical thrombectomy have been expanding annually. However, imaging assessment for ischemic stroke has remained constant, and it cannot deal with the recently expanded indications for thrombectomy. The evaluation of salvageable tissue is necessary to predict outcomes after thrombectomy. In a recent article, six levels of ischemic stress were reported to express the tissue state in detail. The depth of ischemic stress in large ischemic cores can be described using the apparent diffusion coefficient (ADC). Using the ADC value, a detailed evaluation can be performed to ascertain mechanical thrombectomy in large ischemic cores. In contrast, in small ischemic core-like medium-vessel occlusions, perfusion imaging is important in determining thrombectomy. Arterial spin labeling is substituted for perfusion imaging. To deal with the expanded indications for thrombectomy, we must understand the role of each modality in detail. This article reports the evaluation of salvageable tissue under ischemic stress to address the expanded indications for thrombectomy.

【确定机械取栓的评价方法】。
机械取栓的适应症每年都在扩大。然而,缺血性脑卒中的影像学评估一直保持不变,它不能处理最近扩大的取栓指征。评估可挽救组织对于预测血栓切除术后的预后是必要的。在最近的一篇文章中,报道了六个水平的缺血应激来详细表达组织状态。用表观扩散系数(apparent diffusion coefficient, ADC)来描述大的缺血核的缺血应力深度。使用ADC值,可以进行详细的评估,以确定在大的缺血核心中机械取栓。相反,在小的缺血性核样中血管闭塞中,灌注成像在决定取栓时很重要。动脉自旋标记代替灌注成像。要处理扩大的血栓切除指征,我们必须详细了解每种方式的作用。本文报道了缺血应激下可挽救组织的评估,以解决血栓切除术的扩大适应症。
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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来源期刊
Neurological Surgery
Neurological Surgery Medicine-Medicine (all)
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