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冠状动脉异常:基于心脏CT和MRI(CMR)的诊断与分类——从左冠状动脉起源于肺动脉(ALCAPA)到终止异常

Coronary Artery Anomalies: Diagnosis and Classification based on Cardiac CT and MRI (CMR) - from ALCAPA to Anomalies of Termination.

作者信息

Heermann Philipp, Heindel Walter, Schülke Christoph

出版信息

Rofo. 2017 Jan;189(1):29-38. doi: 10.1055/s-0042-119452. Epub 2016 Dec 1.

Abstract

Coronary artery anomalies encompass a clinically and anatomically variable spectrum including physiological variants and pathophysiologically relevant anomalies. The majority of the variants has no hemodynamic relevance and is often detected accidentally. The recognition of the rare and relevant anomalies that cause either relevant shunt volumes leading to myocardial ischemia or ventricular tachyarrhythmias with the risk of sudden cardiac death is of major importance.  This review is based on a literature search in PubMed conducted using the key words "coronary artery" and/or "anomaly" and/or "anomalous origin" and/or "myocardial bridging" and/or "coronary artery fistula" and/or "Bland-White-Garland" and/or "ALCAPA".  Coronary artery anomalies can be anatomically subdivided into anomalies of origin, course and termination. The method of choice for anatomical imaging is ECG-triggered or gated multislice CT (MSCT) that provides high spatial resolution and the capability of multiplanar reconstructions. It facilitates the delineation of the precise course of all three coronary arteries and thus allows for correct classification in the anatomical classification system of coronary artery anomalies. The strengths of cardiac magnetic resonance imaging (CMR) are the evaluation of cardiac morphology, myocardial tissue properties and myocardial function. Basic methods are the analysis of myocardial contraction and perfusion with and without pharmacologic stress. Furthermore, potential shunt volumes could be quantified by phase contrast imaging or volumetry. · Coronary artery anomalies are subdivided into anomalies of origin, course and termination.. · The main imaging task is the differentiation of hemodynamically relevant anomalies from anatomic variants.. · The method of choice for anatomical imaging is MSCT, whereas structural and functional information is obtained by CMR. · Heermann P, Heindel W, Schülke C. Coronary Artery Anomalies: Diagnosis and Classification based on Cardiac CT and MRI (CMR) - from ALCAPA to Anomalies of Termination. Fortschr Röntgenstr 2017; 189: 29 - 38.

摘要

冠状动脉异常包括一系列临床和解剖学上具有变异性的情况,涵盖生理性变异和具有病理生理学意义的异常。大多数变异没有血流动力学相关性,常常是偶然发现的。识别那些导致显著分流、进而引起心肌缺血或室性快速心律失常并有心脏性猝死风险的罕见且具有重要意义的异常情况至关重要。 本综述基于在PubMed上使用关键词“冠状动脉”和/或“异常”和/或“异常起源”和/或“心肌桥”和/或“冠状动脉瘘”和/或“布兰德-怀特-加兰综合征”和/或“左冠状动脉起源于肺动脉”进行的文献检索。 冠状动脉异常在解剖学上可细分为起源异常、走行异常和终止异常。解剖成像的首选方法是心电图触发或门控多层螺旋CT(MSCT),它提供高空间分辨率和多平面重建能力。它有助于描绘所有三支冠状动脉的精确走行,从而能够在冠状动脉异常的解剖分类系统中进行正确分类。心脏磁共振成像(CMR)的优势在于评估心脏形态、心肌组织特性和心肌功能。基本方法是分析有无药物负荷时的心肌收缩和灌注情况。此外,潜在的分流量可通过相位对比成像或容积测定法进行量化。 · 冠状动脉异常可细分为起源异常、走行异常和终止异常。· 主要的成像任务是区分具有血流动力学意义上的异常与解剖变异。· 解剖成像的首选方法是MSCT,而结构和功能信息则通过CMR获得。 · 赫尔曼·P、海因德尔·W、舒尔克·C。冠状动脉异常:基于心脏CT和MRI(CMR)的诊断与分类——从左冠状动脉起源于肺动脉到终止异常。《德国放射学杂志》2017年;189:29 - 38。

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