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首页> 外文期刊>Cardiology Journal >Proximal optimization technique, proximal rewiring, side-branch dilation and paired balloon inflation to minimize metal carina in inadequate jailing
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Proximal optimization technique, proximal rewiring, side-branch dilation and paired balloon inflation to minimize metal carina in inadequate jailing

机译:近端优化技术,近端重新布线,侧支扩张和成对的球囊膨胀,以最大程度地减少在不适当的俯仰中的金属隆起

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摘要

If distal rewiring is selected for inadequate jailing (distal cell on a side-branch ostium divided by a stent-link) during single two-link stent deploy-ment at the coronary bifurcation with side-branch dilation, kissing balloon inflation (KBI) might result in residual deformed struts in the side-branch ostium, and a sparse strut-covered distal main vessel. Although adequate rewiring during inad-equate jailing might be proximal rewiring [Nakao F. The impact of proximal cell rewiring compared with distal cell rewiring with single-stent deployment and subsequent kissing balloon inflation in the inadequate jailing of a Kanam stent on the side branch ostium. Cardiol J. 2017 Jun 27; ahead of print], simple KBI might result in residual metal carina. The sequence of procedures should also be considered.
机译:如果在冠状动脉分叉处单支双联支架展开并通过侧支扩张的情况下选择远端重新布线,以确保不充分的骨(侧支口上的远端细胞被支架链接所分开)导致支气管口残余变形的支撑杆,以及稀疏的支撑杆覆盖的远端主血管。尽管在不适当的穿刺过程中进行适当的重新布线可能是近侧重新布线[Nakao F.在单侧支架上的Kanam支架不完全穿刺的情况下,近侧细胞重新布线与单支架部署的远侧细胞重新布线以及随后的接吻球囊充气相比,其影响。 Cardiol J.2017年6月27日;预先打印],简单的KBI可能会导致残留金属隆隆。程序的顺序也应予以考虑。

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