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首页> 外文期刊>Journal of neurointerventional surgery >Simultaneous stent expansion/balloon deflation technique to salvage failed balloon remodeling
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Simultaneous stent expansion/balloon deflation technique to salvage failed balloon remodeling

机译:同时进行支架扩张/气囊放气技术以挽救失败的球囊重塑

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Herniation, with possible embolization, of coils into the parent vessel following aneurysm coiling remains a frequent challenge. For this reason, balloon or stent assisted embolization remains an important technique. Despite the use of balloon remodeling, there are occasions where, on deflation of the balloon, some coils, or even the entire coil mass, may migrate. We report the successful use of a simultaneous adjacent stent deployment bailout technique in order to salvage coil prolapse during balloon remodeling in three patients. Case No 1 was a wide neck left internal carotid artery bifurcation aneurysm, measuring 9 mmx7.9 mmx6 mm with a 5 mm neck. Case No 2 was a complex left superior hypophyseal artery aneurysm, measuring 5.3 mmx4 mmx5 mm with a 2.9 mm neck. Case No 3 was a ruptured right posterior communicating artery aneurysm, measuring 4 mmx4 mmx4.5 mm with a 4 mm neck. This technique successfully returned the prolapsed coil mass into the aneurysm sac in all cases without procedural complications. The closed cell design of the Enterprise VRD ( Codman and Shurtleff Inc, Raynham, Massachusetts, USA) makes it ideal for this bailout technique, by allowing the use of an 0.021 inch delivery catheter ( necessary for simultaneous access) and by avoiding the possibility of an open cell strut getting caught on the deflated balloon. We hope this technique will prove useful to readers who may find themselves in a similar predicament.
机译:盘绕在动脉瘤后,疝气可能会栓塞到母血管中仍然是一个经常的挑战。因此,气囊或支架辅助栓塞仍然是一项重要技术。尽管使用了气球重塑,但在气球放气的情况下,某些线圈甚至整个线圈质量可能会迁移。我们报告成功使用同步相邻支架部署救助技术,以挽救三名患者在球囊重塑过程中线圈下垂。 1号病例是一个宽颈左颈内动脉分叉动脉瘤,尺寸为9mmx7.9mmx6mm,颈长5mm。 2号病例是复杂的左下垂体上动脉瘤,大小为5.3 mmx4 mmx5 mm,颈部为2.9 mm。 3号病例是右后沟通动脉瘤破裂,颈长4 mm,长4 mm x 4 mm x 4.5 mm。这项技术在所有情况下都成功地将脱垂的线圈块返回到动脉瘤囊中,而没有手术并发症。 Enterprise VRD(美国马萨诸塞州雷纳姆的Codman and Shurtleff Inc)的闭孔设计使其可以使用0.021英寸的输送导管(同时进入是必不可少的),并且避免了使用这种设备的可能性,因此非常适合该救助技术。一个开孔的撑杆被放到放气的气球上。我们希望这项技术对可能陷入类似困境的读者有用。

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