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Comparison of inverse planning systems based on biological or physical factors: Pinnacle®, Corvus® and Monaco®

机译:基于生物学或物理因素的逆向计划系统的比较:Pinnacle®,Corvus®和Monaco®

摘要

Radiotherapy (RT) is one of the most important approaches in the treatment of cancer and its performance can be improved in three different ways: through the optimization of the dose distribution, by the use of different irradiation techniques or through the study of radiobiological initiatives. The first is purely physical because is related to the physical dose distributiuon. The others are purely radiobiological because they increase the differential effect between the tumour and the health tissues.The Treatment Planning Systems (TPS) are used in RT to create dose distributions with the purpose to maximize the tumoral control and minimize the complications in the healthy tissues. The inverse planning uses dose optimization techniques that satisfy the criteria specified by the user, regarding the target and the organs at risk (OAR’s). The dose optimization is possible through the analysis of dose-volume histograms (DVH) and with the use of computed tomography, magnetic resonance and other digital image techniques.
机译:放射疗法(RT)是癌症治疗中最重要的方法之一,其性能可以通过三种不同的方式得到改善:通过优化剂量分布,通过使用不同的放射技术或通过放射生物学研究。第一个是纯物理的,因为它与物理剂量分布有关。其他的则纯粹是放射生物学的,因为它们增加了肿瘤和健康组织之间的差异作用。RT中使用治疗计划系统(TPS)来创建剂量分布,目的是最大程度地控制肿瘤并最大程度地减少健康组织中的并发症。逆向计划使用的剂量优化技术可以满足用户指定的标准,涉及目标和处于危险状态的器官(OAR)。通过剂量体积直方图(DVH)的分析以及使用计算机断层扫描,磁共振和其他数字图像技术,可以实现剂量优化。

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