RadioTransNet、放疗转化和临床前研究网络:来自法国癌症研究所(INCa)的研究结果呼吁开展项目

IF 1.5 4区 医学 Q4 ONCOLOGY
É. Bayart , R. De Crevoisier , A. Laprie , F. Milliat , Y. Prezado , V. Marchesi , P. Maingon
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引用次数: 0

摘要

目的RadioTransNet项目是法国的一项倡议,在国家层面构建癌症放射治疗的临床前和转化研究。该网络的活动围绕四个选定的优先事项组织,即:目标定义、正常组织、联合治疗和剂量建模。与这四个主要优先级相关的子任务是无限的。它们包括与基础放射生物学、临床前研究、成像、医学物理研究相关的所有方面,以及与这些科学领域明确相关的横向组成部分,如医学肿瘤学、放射诊断、核医学和成本效益考虑。方法在活动的第一阶段,按照协商一致的会议模式,根据放射治疗和放射生物学的科学和医学现状,围绕上述四个目标组织了四次研讨会,以确定关键点。然后已经定义了路线图并将其用作2022年开通专用呼叫SEQ-RTH22的基础,由法国癌症国家研究所(INCa)提出。结果RadioTransNet合作伙伴提交的四个研究项目被选为INCa的支持项目:来自图卢兹Oncopole Claudius-Regaud和Inserm ToNic的Anne Laprie教授的第一个关于儿童放射后神经认知和健康的研究项目,第二个项目由来自IRSN的Fabien Milliat提交,旨在研究内皮细胞-免疫细胞相互作用的解密和靶向,以限制辐射诱导的肠道毒性,第三个项目由居里研究所的Yolanda Prezado提交,关于质子微束放射治疗作为一种新的降低毒性的方法,以及雷恩Eugène Marquis中心的R.de Crevoisier提出的关于优化个性化放射治疗诱导的头颈部放射性毒性的预测多尺度模型的最新项目。这里介绍了每个项目的主题。结论RadioTransNet项目于2018年启动,得到了INCa的支持,旨在构建和促进肿瘤放射治疗的临床前研究,并促进该研究参与者之间的合作。INCa依靠RadioTransNet的倡议和活动,启动了专门的项目呼吁。除了最初的主要目标外,RadioTransNet网络还能够帮助资助进行放射肿瘤学最佳转化和临床前研究所需的人力和技术资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RadioTransNet, Radiotherapy Translational and Preclinical Research Network: Results from the dedicated French cancer institute (INCa) call for projects

Purpose

The RadioTransNet project is a French initiative structuring preclinical and translational research in radiation therapy for cancer at national level. The network's activities are organized around four chosen priorities, which are: target definition, normal tissue, combined treatments and dose modelling. The subtargets linked to these four major priorities are unlimited. They include all aspects associated with fundamental radiobiology, preclinical studies, imaging, medical physics research and transversal components clearly related to these scientific areas, such as medical oncology, radio-diagnostics, nuclear medicine and cost-effectiveness considerations.

Method

During its first phase of activity, four workshops following the consensus conference model and based on scientific and medical state of the art in radiotherapy and radiobiology were organized on the four above-mentioned objectives to identify key points. Then a road map has been defined and served as the basis for the opening in 2022 of a dedicated call, SEQ-RTH22, proposed by the French cancer national institute (INCa).

Results

Four research projects submitted by RadioTransNet partners have been selected to be supported by INCa: the first by Professor Anne Laprie from Oncopole Claudius-Regaud and Inserm ToNic in Toulouse on neurocognition and health after pediatric irradiation, the second submitted by Fabien Milliat from IRSN aims to study decryption and targeting of endothelial cell–immune cells interactions to limit radiation-induced intestinal toxicity, the third project, submitted by Yolanda Prezado from institut Curie–CNRS on proton minibeam radiotherapy as a new approach to reduce toxicity, and the latest project proposed by R. de Crevoisier from centre Eugène-Marquis in Rennes on predictive multiscale models of head and neck radiotoxicity induced for optimized personalized radiation therapy. Topics of each of these projects are presented here.

Conclusion

RadioTransNet project has been launched in 2018, supported by INCa, in order to structure and promote preclinical research in oncology radiotherapy and to favor collaboration between the actors of this research. INCa relied on RadioTransNet initiatives and activities, resulting in the opening of dedicated call for projects. Beyond its first main goals, RadioTransNet network is able to help to fund the human and technical resources necessary to conduct optimal translational and preclinical research in radiation oncology.

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来源期刊
Cancer Radiotherapie
Cancer Radiotherapie 医学-核医学
CiteScore
2.20
自引率
23.10%
发文量
129
审稿时长
63 days
期刊介绍: Cancer/radiothérapie se veut d''abord et avant tout un organe francophone de publication des travaux de recherche en radiothérapie. La revue a pour objectif de diffuser les informations majeures sur les travaux de recherche en cancérologie et tout ce qui touche de près ou de loin au traitement du cancer par les radiations : technologie, radiophysique, radiobiologie et radiothérapie clinique.
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