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Giant High-Flow Type Pulmonary Arteriovenous Malformation: Coil Embolization with Flow Control by Balloon Occlusion and an Anchored Detachable Coil

机译:巨型高流量型肺动静脉畸形:通过球囊闭塞和锚固可分离线圈控制流量的线圈栓塞

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摘要

Pulmonary arteriovenous malformations (PAVMs) are often treated by pushable fibered or non-fibered microcoils, using an anchor or scaffold technique or with an Amplatzer plug through a guiding sheath. When performing percutaneous transcatheter microcoil embolization, there is a risk of coil migration, particularly with high-flow type PAVMs. The authors report on a unique treatment in a patient with a giant high-flow PAVM whose nidus had a maximum diameter of 6 cm. A detachable coil, not detached from a delivery wire (an anchored detachable coil), was first placed in the feeding artery under flow control by balloon occlusion, and then multiple microcoils were packed proximally to the anchored detachable coil. After confirming the stability of the microcoils during a gradual deflation of the balloon, we finally released the first detachable coil. The nidus was reduced in size to 15 mm at one year postoperatively.
机译:肺动静脉畸形(PAVM)通常通过使用锚定或支架技术或通过导向鞘管的Amplatzer栓塞通过可推动的带纤维或无纤维微线圈进行治疗。当进行经皮经导管微线圈栓塞时,存在线圈迁移的风险,特别是对于高流量型PAVM。作者报告了一种巨大的高流量PAVM患者的独特治疗方法,其尼杜斯最大直径为6 cm。首先,通过球囊闭塞在流量控制下,将未与输送线分离的可分离线圈(锚定可分离线圈)放置在进料动脉中,然后将多个微线圈向近端包装在锚定可分离线圈上。在确认气球逐渐放气期间微线圈的稳定性之后,我们终于释放了第一个可拆卸线圈。术后一年将病灶缩小至15毫米。

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