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RETROSPECTIVE CALCULATION OF RADIATION DOSE AND IMPROVED THERAPY PLANNING

机译:放射剂量的回顾性计算和改进的治疗计划

摘要

A combined magnetic resonance (MR) and radiation therapy system includes a bore-type magnet with a magnet radiation translucent region which allows radiation beams to travel radially through the magnet and a split-type gradient coil includes a gradient coil radiation translucent region aligned to the magnet radiation translucent region. A radiation source, disposed laterally to the magnet, administers a radiation dose through the magnet and gradient coil radiation translucent regions to an examination region. A dosage unit determines the actual radiation dose delivered to each voxel of a target volume and at least one non-target volume based on a pre-treatment, intra-treatment, and/or post-treatment image representation of the target volume and the at least one non-target volume. A planning processor updates at least one remaining radiation dose of a radiation therapy plan based on the determined actual radiation dose.
机译:组合的磁共振(MR)和放射治疗系统包括:带有磁体辐射半透明区域的膛型磁体,该区域允许辐射束径向穿过磁体传播;分体式梯度线圈包括与磁场对准的梯度线圈辐射半透明区域电磁辐射半透明区域。设置在磁体侧面的辐射源通过磁体和梯度线圈辐射半透明区域向检查区域施加辐射剂量。剂量单位基于目标体积和目标物的治疗前,治疗中和/或治疗后图像表示,确定目标体积和至少一个非目标体积传递到每个体素的实际辐射剂量。至少一个非目标卷。计划处理器基于所确定的实际辐射剂量来更新辐射治疗计划的至少一个剩余辐射剂量。

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