MR-guided vascular interventions

E. Atalar
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引用次数: 1

Abstract

Summary form only given. In modern interventional procedures imaging plays a crucial role. This is especially true for vascular interventional procedures. With accurate determination of lesion position and size in the blood vessels as well as determination of related organ function, vascular interventions can be conducted quickly and accurately. X-ray fluoroscopy is the current standard for many procedures. Although the X-ray fluoroscopy technique is accurate for determining the position of interventional devices, the silhouette appearance of the organs and the invisibility of plaques limit many interventional. procedures. New magnetic resonance imaging (MRI) techniques that combine interventional abilities with versatile imaging capabilities have been developed. Currently, because of these new techniques, selective catheterizations of the coronary arteries can be achieved rapidly. Interventional MRI offers the best alternative to X-ray fluoroscopy for vascular interventions with no risk of ionizing radiation for the patient and new imaging possibilities for the controlled delivery of future treatments.
核磁共振引导的血管介入
只提供摘要形式。在现代介入手术中,影像学起着至关重要的作用。对于血管介入手术尤其如此。准确确定病变在血管中的位置和大小,以及相关器官功能的测定,可以快速、准确地进行血管干预。x射线透视是目前许多手术的标准。虽然x线透视技术对于确定介入装置的位置是准确的,但器官的轮廓外观和斑块的不可见性限制了许多介入。程序。新的磁共振成像(MRI)技术结合了介入能力和多功能成像能力。目前,由于这些新技术,选择性冠状动脉导管置入可以快速实现。介入MRI为血管介入提供了x线透视的最佳替代方案,对患者没有电离辐射的风险,并为未来治疗的可控交付提供了新的成像可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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