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双支架取栓技术用于难治性大血管闭塞的补救再通

Double stent retriever technique for rescue recanalization in refractory large vessel occlusions.

作者信息

Alwahdy Ahmad Sulaiman, Dongoran Rifka Annisa

机构信息

Department of Neurology, Interventional Neurology Subdivision, Fatmawati Central General Hospital, RS. Fatmawati Raya Street No.4, South Jakarta, 12430, Indonesia.

Faculty of Medicine, University of UIN Syarif Hidayatullah, South Tangerang, Banten, Indonesia.

出版信息

Radiol Case Rep. 2023 Jun 11;18(8):2860-2863. doi: 10.1016/j.radcr.2023.05.050. eCollection 2023 Aug.

Abstract

Acute ischemic stroke patients with large vessel occlusion (LVO) involving bifurcation usually have a difficult and high clot burden. By using conventional technique often resulting in a reduction in the possibility of successful recanalization. The double stent retriever technique can be considered for rescue recanalization. We reported a case of refractory terminal left internal carotid occlusion that was treated using double stent retriever technique. Two microcatheter were advanced across the occlusion were one to the superior branch of middle cerebral artery and another was on inferior branch. Both stent retrievers were pulled back together and complete recanalization was achieved. This technique were reported in some case series to be effective and based on our initial experience using this technique it seems the expansion improved after deployment of the second stent retriever and it traps the clot within its stent struts, to facilitate clot retrieval. Therefore, double stent retriever technique can be one of the choices for rescue recanalization in refractory clot occlusion and it may potentially help other clinicians in similar situations.

摘要

涉及分叉处的急性缺血性卒中伴大血管闭塞(LVO)患者通常血栓负荷大且取栓困难。使用传统技术往往会降低成功再通的可能性。对于补救性再通可考虑采用双支架取栓技术。我们报告了1例使用双支架取栓技术治疗的难治性左侧颈内动脉终末段闭塞病例。两根微导管越过闭塞段,一根送至大脑中动脉上支,另一根送至下支。两根支架取栓器一起回撤,实现了完全再通。在一些病例系列中报道了该技术有效,根据我们使用该技术的初步经验,在部署第二个支架取栓器后似乎扩张有所改善,并且它将血栓捕获在其支架小梁内,便于取出血栓。因此,双支架取栓技术可以作为难治性血栓闭塞补救性再通的选择之一,它可能会帮助其他处于类似情况的临床医生。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/9875/10275971/48a32d71816f/gr1.jpg

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