Inter-subject variability of respiratory motion from 4D MRI

Ashrani Aizzuddin Abd Rahni, E. Lewis, K. Wells
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Abstract

Respiratory motion affects image acquisition and also external beam radiotherapy (EBRT) treatment planning and delivery. Existing approaches for respiratory motion management are often based on a generic view of respiratory motion such as the general movement of organ, tissue or fiducials. This paper aims to present a more in depth analysis of respiratory motion based on 4D MRI, which can then be integrated into motion correction approaches in image acquisition or image based EBRT. In this paper we analyse the respiratory motion of organs for five volunteers on a per-organ basis, separately for each volunteer and together comparatively. We also compare with a separate study of respiratory motion for 20 patients. The motion extracted from 4D MRI on general was found to be consistent with what has been reported in literature and a similar process can be used in future to extract and quantify respiratory motion on a larger dataset.
4D MRI呼吸运动的受试者间变异性
呼吸运动影响图像采集,也影响外部放射治疗(EBRT)的治疗计划和交付。现有的呼吸运动管理方法通常基于呼吸运动的一般观点,如器官、组织或基准的一般运动。本文旨在基于4D MRI对呼吸运动进行更深入的分析,然后将其集成到图像采集或基于图像的EBRT的运动校正方法中。在本文中,我们分析了五个志愿者的呼吸运动在每个器官的基础上,分别为每个志愿者和比较在一起。我们还比较了另一项关于20例患者呼吸运动的研究。从4D MRI中提取的运动被发现与文献报道的一致,未来可以使用类似的过程在更大的数据集上提取和量化呼吸运动。
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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