首页> 外文期刊>Cancer radiotherapie: journal de la Soci閠?fran鏰ise de radiotherapie oncologique >Cognitive evaluation during brain radiotherapy in adults: A simple assessment is possible [évaluation cognitive lors de la radiothérapie cérébrale chez l'adulte: Vers un outil simple d'évaluation]
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Cognitive evaluation during brain radiotherapy in adults: A simple assessment is possible [évaluation cognitive lors de la radiothérapie cérébrale chez l'adulte: Vers un outil simple d'évaluation]

机译:成人脑放疗期间的认知评估:可能是一种简单的评估[成人脑放疗期间的认知评估:是一种简单的评估工具]

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Brain irradiation can be used for the treatment of cancers in different protocols: focal radiotherapy, whole brain radiotherapy, with or without additive dose on the tumour. Different modalities (conformational, stereotactic radiosurgery) can be used for curative or prophylactic treatment. Brain radiotherapy leads to cognitive deterioration with subcortical profile. This cognitive deterioration can be associated to radiation-induced leukoencephalopathy on brain MRI. Taking into account radiation induced cognitive troubles is becoming more important with the prolonged survival allowed by treatment improvement. Concerning low-grade gliomas, radiation-induced cognitive troubles appear about 6. years after treatment and occur earlier when the fraction dose is important. Primitive cerebral lymphoma treatment can induce cognitive troubles in 25 to 30% surviving patients. These deficits are more frequent in elderly patients, leading to radiotherapy delay in those patients. Patients treated for brain metastasis often have cognitive impairment before radiotherapy (until 66%), this pretreatment impairment is related to global survival. The use of conformational radiation therapy, particularly with hippocampal sparing is conceptually interesting but has not proved its efficiency for cognitive preservation in clinical trials yet. Stereotactic radiation therapy could be an interesting compromise between metastatic tumoral volume reduction and cognitive preservation. Taking care of radiotherapy induced cognitive troubles is a challenge. Before considering its treatment and prevention, we need to elaborate a way of detecting them using a reliable and easy way. CSCT, a computerized test whose execution needs 90. seconds, could be used before treatment and during the clinical follow-up by the patient's oncologist or radiotherapist. If the patient's performance reduces, he can be oriented to a neurologist in order to perform fuller evaluation of its cognitive capacities and be treated if necessary.
机译:脑辐射可用于不同方案的癌症治疗:局部放疗,全脑放疗,无论是否在肿瘤上加药。可以将不同的方式(构象,立体定向放射外科手术)用于治疗或预防性治疗。脑放疗会导致皮质下轮廓的认知能力下降。这种认知能力下降可能与脑MRI上的辐射诱发的白质脑病有关。随着治疗改善所带来的延长生存期,考虑到放射线诱发的认知障碍变得越来越重要。关于低度神经胶质瘤,辐射引起的认知障碍在治疗后约6年出现,并且在小剂量剂量很重要时会更早发生。原始脑淋巴瘤治疗可在25%至30%存活的患者中引起认知障碍。这些缺陷在老年患者中更为常见,导致这些患者的放射治疗延迟。经过脑转移治疗的患者通常在放疗前会出现认知障碍(直至66%),这种预处理障碍与整体生存有关。构象放射疗法的使用,特别是海马保留疗法在概念上是有趣的,但尚未在临床试验中证明其可有效保护认知。立体定向放射疗法可能是转移性肿瘤体积减少与认知保留之间的有趣折衷。照顾放疗引起的认知障碍是一项挑战。在考虑对其进行治疗和预防之前,我们需要精心设计一种可靠且简便的方法来检测它们。 CSCT是一种计算机化测试,其执行需要90.秒的时间,可以在治疗之前以及患者的肿瘤科医生或放射治疗师的临床随访期间使用。如果患者的表现降低,则可以将其转介给神经科医生,以便对其认知能力进行更全面的评估,并在必要时进行治疗。

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