Covered Stent Herniation into Coronary Aneurysm Sac—A Case-Inspired Review of Neurointerventional Realignment Techniques

Jacek Klaudel, Piotr Radowski, Wojciech Trenkner, Michał Glaza, Krzysztof Pawłowski, Dariusz Surman, Włodzimierz Krasowski, Marek Szołkiewicz
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Abstract

Background: Coronary aneurysms are an infrequent finding in diagnostic angiography, with a reported incidence of 0.35–0.7% in the largest contemporary registries. At least half of them have an atherosclerotic etiology and as such they are often diagnosed in the setting of acute coronary syndrome. The wiring of a thrombosed aneurysm is a difficult task and after successful recanalization, the operator has to decide on the optimal method of aneurysm exclusion. Covered stents are commonly deployed, but their use involves the risk of delivery failure as well as device dislodgement and loss due to their stiffness and size. Moreover, proper stent sizing and apposition is difficult in the case of thrombosed aneurysms. Case presentation: We present a case of coronary aneurysm recanalization and exclusion with a covered stent, with a postdilation-induced stent foreshortening. Due to the subsequent stent migration into the aneurysm sac, its repositioning was attempted. The pitfalls of coronary aneurysm stenting and neurointerventional techniques of prolapsed device realignment are discussed. Conclusions: An adequate landing zone is of the utmost importance in aneurysm exclusion with covered stents. In the case of a short stent anchoring in the normal vessel, another covered or conventional stent should be deployed to mitigate the risk of the device migration.
冠状动脉瘤囊内覆盖支架疝出:神经介入调整技术的病例回顾
背景:冠状动脉瘤在诊断性血管造影中是一种罕见的发现,据报道,在当代最大的登记中,冠状动脉瘤的发病率为0.35-0.7%。他们中至少有一半的人有动脉粥样硬化的病因,因此他们经常被诊断为急性冠状动脉综合征。血栓性动脉瘤的连接是一项艰巨的任务,在成功再通后,作业者必须确定最佳的动脉瘤排除方法。覆盖支架通常被部署,但其使用涉及到输送失败的风险,以及由于其刚度和尺寸导致的设备移位和丢失。此外,在血栓性动脉瘤的情况下,适当的支架尺寸和放置是困难的。病例介绍:我们报告一例冠状动脉瘤再通和排除用覆盖支架,与后扩张诱导的支架缩短。由于后续支架迁移到动脉瘤囊内,尝试重新定位。本文讨论了冠状动脉瘤支架置入术的缺陷和脱垂装置复位的神经介入技术。结论:有盖支架排除动脉瘤时,适当的着陆区是至关重要的。在短支架锚定在正常血管的情况下,应该部署另一个覆盖的或传统的支架,以减轻设备迁移的风险。
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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