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('Dose-painting': myth or reality?).

机译:(“剂量绘画”:神话还是现实?)。

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摘要

"Dose-painting" radiotherapy allows for a heterogeneous delivery of radiation within the tumour volume by targeting radioresistant areas defined by functional imaging. Within gross tumour volume, it is possible to define one or more target volumes based on biology (biological target volume [BTV]) and to apply a strategy of intensity modulated radiation therapy (IMRT) that will deliver a higher dose to these regions. In this review of the literature, we will highlight the biological elements responsible for radioresistance, and how to image them, then we will detail the radiotherapy techniques necessary for this approach, before presenting clinical results in various situations (head and neck tumours, prostate, brain tumours, etc.). Despite many difficulties that make dose-painting IMRT unusable in routine nowadays, biology-guided radiation therapy represents one of the major pathways of development of radiotherapy in the coming years.
机译:“剂量涂装”放射疗法通过靶向功能性成像定义的放射抗性区域,可以在肿瘤体积内进行异质放射。在总的肿瘤体积内,可以根据生物学定义一个或多个目标体积(生物学目标体积[BTV]),并应用强度调制放射疗法(IMRT)的策略,该策略将向这些区域提供更高的剂量。在这篇文献综述中,我们将重点介绍引起放射抗性的生物学元素,以及如何对其成像,然后在介绍各种情况(头颈部肿瘤,前列腺癌,脑肿瘤等)。尽管有很多困难使如今的常规剂量喷涂IMRT无法使用,但生物学指导的放射治疗仍是未来几年放射治疗发展的主要途径之一。

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