Liebeskind David S
Department of Neurology, Neurovascular Imaging Research Core & UCLA Stroke Center, University of California, Los Angeles, Los Angeles, CA, United States.
Front Neurol. 2021 Feb 10;12:646734. doi: 10.3389/fneur.2021.646734. eCollection 2021.
Diagnostic and therapeutic strategies for intracranial atherosclerotic disease (ICAD) have vastly expanded within the last several years. Challenges and concrete initiatives have emerged in the implementation of precision medicine for ICAD, focusing personalized treatment for the prevention of stroke and cognitive impairment around pathophysiology. Theranostics for ICAD incorporates an integrated diagnostic and therapeutic approach tailored to a specific individual. The ICAS 2019 meeting provided a roadmap for accelerating global innovation, underscoring the epidemiology, prior scientific evidence from trials, diagnostic tools or imaging, novel biomarkers, management approaches, and a broad range of treatments including many new medications, endovascular, and surgical strategies. This thematic overview provides perspective on current definitions for arterial stenosis, symptomatic lesions and outcomes or endpoints in clinical trials. Imaging correlates are reviewed, from routine multimodal CT or MRI to advanced angiographic techniques. The temporal features of ICAD and longitudinal observation are considered with respect to management and risk factor modification. The evolving science of multivariable interactions in ICAD and use of big data are explored, followed by an overview of recently launched clinical trials.
在过去几年中,颅内动脉粥样硬化疾病(ICAD)的诊断和治疗策略有了极大的扩展。在ICAD精准医学的实施过程中出现了挑战和具体举措,围绕病理生理学重点开展个性化治疗以预防中风和认知障碍。ICAD的治疗诊断学采用了针对特定个体的综合诊断和治疗方法。2019年ICAS会议提供了加速全球创新的路线图,强调了流行病学、以往试验的科学证据、诊断工具或成像、新型生物标志物、管理方法以及包括许多新药、血管内和手术策略在内的广泛治疗方法。本专题概述提供了关于动脉狭窄、症状性病变以及临床试验中的结果或终点的当前定义的观点。对成像相关性进行了综述,从常规多模态CT或MRI到先进的血管造影技术。考虑了ICAD的时间特征和纵向观察与管理及危险因素调整的关系。探讨了ICAD中多变量相互作用的不断发展的科学以及大数据的应用,随后概述了最近启动的临床试验。