规划和大小与OsiriX/Horos

G. P. Molinari
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引用次数: 0

摘要

众所周知,血管内动脉瘤修复(EVAR)需要精确的移植物部署,因此主动脉及其分支的解剖学和形态学特征研究是必要的。血管内外科医生对通过软件进行断层扫描图像编辑的兴趣增加,特别是当这些手术的频率增加及其复杂性迫使外科医生面临额外和连续的职业辐射暴露风险时。因此,在EVAR准备过程中对血管ct进行细致的研究可以减少不必要的辐射暴露,因为它也减少了连续的图像采集和对比使用(这可能与易感患者的肾脏过载有关)。尽管一些研究提出了优化程序的有效策略,但它们依赖于使用额外的特定和先进设备,这些设备仅在主要中心可用。作为一种替代方案,通过在软件OsiriX/Horos上进行图像处理,提出了一种更简单的技术,旨在减少这两种曝光。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Planning and Sizing with OsiriX/Horos
It is known that endovascular aneurysm repair (EVAR) requires a precise deployment of the graft and so the anatomical and morphological characteristic study of the aorta and its branches is mandatory. The increase of endovascular surgeons’ interest on tomography image edition through software is marked specially when the increasing frequency of these procedures and its complexity have impelled surgeons to face additional and suc- cessive risk to occupational radiation exposure. Thus, a meticulous study of the angio-CT during EVAR preparation allows the reduction of unnecessary radiation exposure, as it also reduces consecutive image acquisition and contrast use (that may be related to renal overload in susceptible patients). Although some studies propose effective strategies to optimize the procedure, they rely on the use of additional specific and advanced equip ment, available only in major centers. As an alternative, a simpler technique through image manipulation on the software OsiriX/Horos, aiming to reduce both exposures, is presented.
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