Department of Neurology, John Hunter Hospital, University of Newcastle, Newcastle, New South Wales, Australia.
Curr Opin Neurol. 2018 Feb;31(1):23-27. doi: 10.1097/WCO.0000000000000520.
The clinical practice of acute ischemic stroke treatment has undergone a major change over the last 5 years, as multimodal imaging becomes more accessible, and evidence mounts that individualized treatment is possible. Multimodal imaging performed before treatment provides invaluable information to treating clinicians, which includes confirmation of the diagnosis, and provides guidance on the appropriateness and the likely outcome of intravenous or endovascular treatment for individual patients (and their families). However, often health systems struggle to keep pace with science; thus, a one-size fits all protocol-driven basic imaging approach is still the norm in many stroke centers.
Comprehensive multimodal computed tomography (CT) (incorporating noncontrast CT, CT angiography, and perfusion CT) provides rapid, reliable information about stroke pathophysiology that cannot be provided by more limited imaging prior to treatment. Multimodal CT identifies treatment responders for both intravenous thrombolysis and endovascular therapy. Now we are in the era of thrombectomy, the use of multimodal imaging routinely to guide treatment can no longer be avoided.
In light of the ground breaking thrombectomy trial results and previous studies validating the use of multimodal imaging, there is now a strong rationale for performing comprehensive multimodal CT assessments before treatment as a standard of care for all stroke patients.
过去 5 年,急性缺血性脑卒中的临床治疗发生了重大变化,因为多模态影像学变得更加普及,而且越来越多的证据表明可以进行个体化治疗。治疗前进行的多模态影像学检查为治疗临床医生提供了宝贵的信息,包括确诊,以及为个体患者(及其家属)提供静脉内或血管内治疗的适宜性和可能结果的指导。然而,医疗系统往往难以跟上科学的步伐;因此,在许多卒中中心,一种一刀切的基于协议的基本影像学方法仍然是标准。
全面的多模态计算机断层扫描(CT)(包括非对比 CT、CT 血管造影和灌注 CT)提供了关于卒中病理生理学的快速、可靠信息,而在治疗前进行的更有限的影像学检查无法提供这些信息。多模态 CT 可以识别静脉内溶栓和血管内治疗的治疗反应者。现在我们已经进入了取栓时代,常规使用多模态影像学来指导治疗已经是不可避免的了。
鉴于突破性的取栓试验结果和先前验证多模态影像学使用的研究,现在有充分的理由将全面的多模态 CT 评估作为所有卒中患者的护理标准,在治疗前进行。