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Radiotherapy of meningioma: a treatment in need of radiobiological research

机译:脑膜炎的放射治疗:需要辐射生物学研究的治疗方法

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摘要

Purpose: Meningiomas account for one third of primary intracranial tumors; nevertheless information on meningioma cell lines and in vivo models is scant. Although radiotherapy is one of the most relevant therapeutic options for the treatment of patients with meningioma, radiobiological research to understand tumor response to this treatment is far from being thoroughly figured out. The aim of this report is to provide a comprehensive picture of the current literature on this field, so as to foster research in this regard.Methods: We carried out a review of meningioma radiobiology based on a peer-reviewed PubMed search.Results: Our findings confirm that the main limitation of radiobiological research into meningioma is the paucity of robust in vitro and in vivo models. Alternative approaches to overcome the already identified problems, and to allow better understanding of the entire histopathological spectrum of meningiomas have been explored.Conclusions: A radiobiological perspective of meningioma may help to improve clinical results both in terms of tumor control and healthy tissue sparing. Although we are far from drawing any conclusions, this review can lead researchers to identify some clues for future areas of study.
机译:目的:脑膜瘤占原发性颅内肿瘤的三分之一;然而,关于脑膜瘤细胞系和体内模型的信息是狭窄的。虽然放射疗法是治疗脑膜瘤患者的最相关的治疗选择之一,但是要了解对这种治疗的肿瘤反应的辐射生物学研究远远彻底弄清楚。本报告的目的是提供本领域目前文学的全面形象,以便在这方面培养研究。方法:我们根据同行评审的百草搜索进行了培训瘤放射生物学的审查。结果:我们的调查结果证实,辐射生物学研究进入脑膜瘤的主要限制是体外和体内模型中稳健的缺乏。克服已经鉴定的问题的替代方法,并允许更好地了解脑膜瘤的整个组织病理学谱。结论:脑膜瘤的放射性学视角可能有助于改善肿瘤控制和健康组织备件的临床结果。虽然我们远非借鉴任何结论,但这篇综述可以领导研究人员来确定未来学习领域的一些线索。

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