释放血流再定向内腔装置扭转的救治方法

Ryuzaburo Kanazawa, T. Uchida, T. Higashida, Takao Kono, Hiroki Ebise, Noboru Kuniyoshi
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引用次数: 0

摘要

血流重定向腔内装置(FRED)是一种广泛使用的血流分流支架。尽管 SAFE 研究报告了较高的技术成功率和良好的治疗效果,但也有部署技术失败的病例报告。本文介绍了一例在部署 FRED 时近端部分扭曲但成功部署的病例。一名 40 多岁的女性在因头痛进行放射检查时被诊断为左侧颈内动脉瘤。由于其家族有严重的脑动脉瘤病史,她选择了预防性治疗。由于近端血管直径≥5 毫米,因此选择了 5.5 毫米 FRED。然而,支架展开时近端扭曲。幸运的是,通过使用 Scepter C 和 CHIKAI 315 cm,真正的管腔得以确保,导线被引导至远端,FRED 被成功置入。随后,在征得患者同意后,制作了三维血管模型,并通过实验验证了支架是否难以打开,是否只是技术问题。FRED是一种有效的设备,但也存在难以植入的情况。FRED 是一种有效的装置,但也有难以展开的情况。如果 FRED 难以打开,本方法不失为一种选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A rescue treatment to release the twist of a flow re-direction endoluminal device
A flow redirection endoluminal device (FRED) is a widely used flow diverter stent. Although high technical success and good treatment results were reported in the SAFE study, cases of technical failure of deployment have also been reported. A case in which a FRED was deployed with the proximal part twisted, but successful deployment was achieved, is presented. A woman in her 40s was diagnosed with a left internal carotid artery aneurysm during radiological investigations for headaches. Due to her family’s strong history of cerebral aneurysms, she opted for preventive treatment. A 5.5-mm FRED was selected because the proximal vessel diameter was ≥5 mm. However, the stent was deployed with the proximal side twisted. Fortunately, using a Scepter C and a CHIKAI 315 cm, the true lumen could be secure, the wire was guided distally, and the FRED was successfully placed. Later, with the patient’s consent, a 3D blood vessel model was created, and whether the stent was difficult to open or whether it was just a technical problem which was verified experimentally. Precisely, the same situation as during the surgery was recreated, and the stent was deployed in the same way. A FRED is an effective device, but there are cases of difficult deployment. The present method may be an option if a FRED is difficult to open.
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