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Cancer Research Campaign review of radiobiology research

机译:癌症研究运动回顾放射生物学研究

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The meeting was reviewed and summarised by Professor Herman Suit. He judged that the potential clinical gains from research in radiobiology were very great and likely to translate to improved cancer treatment in the near future. He was highly complimentary about the contribution of UK research in radiobiology and he indicated that this viewpoint was held widely in the United States, Europe and Japan. Radiobiological research was the basis for major clinical trials in radiotherapy undertaken by trial groups in all these countries. He felt that major contributions to current practice in radiotherapy had been the definition of dose response, the rationale for the use of radiotherapy against slowly responding tumours, and the understanding of repair differentials and of clonal proliferation in the design of clinical fractionation trials, leading to clear demonstration of benefit for altered fractionation in the treatment of head and neck cancer and in the treatment of bladder cancer. An important goal of research should be the development of predictive testing for radiation response employing multiple predictive tests of radiation sensitivity (survival at 2 Gy), cellular proliferation (potential doubling time) and identification of hypoxic cells, together with physiological parameters such as blood flow intratumoral pressure, thiol metabolism and activation and status of repair genes. In terms of improving differential response between tumour and normal tissues, further refinement of dose fractionation patterns would be needed, but also research should continue on the modification of response using drug/radiation protocols, targeting techniques, growth factors and other biological response modifiers to support normal tissues, and modulation of DNA repair. Professor Suit felt that the pace of research in radiobiology was most encouraging for the field of radiotherapy. There was a consensus that support for radiobiology needed to be matched by support for academic radiotherapy if potential research gains were to be translated into advances in treatment. He shared the view expressed by the Committee of Cancer Experts of the EORTC that improvements in cancer cure over the next decade were likely to derive from improvements in radiotherapy.
机译:Herman Suit教授对会议进行了回顾和总结。他认为,放射生物学研究的潜在临床收益非常巨大,并有可能在不久的将来转化为更好的癌症治疗方法。他对英国放射生物学研究的贡献表示高度赞赏,并指出这一观点在美国,欧洲和日本得到了广泛认可。放射生物学研究是所有这些国家中的试验小组进行的主要放射治疗临床试验的基础。他认为,对放射治疗当前实践的主要贡献是剂量反应的定义,针对缓慢反应的肿瘤使用放射治疗的原理以及在临床分级试验设计中对修复差异和克隆增殖的理解,从而清楚地证明了改变分馏方法在治疗头颈癌和膀胱癌中的益处。研究的一个重要目标应该是使用辐射敏感性(在2 Gy下存活),细胞增殖(潜在的倍增时间)和缺氧细胞的鉴定以及生理参数(例如血流)的多种预测测试来开发辐射响应的预测测试。肿瘤内压力,硫醇代谢和激活以及修复基因的状态。在改善肿瘤与正常组织之间的差异反应方面,将需要进一步细化剂量分级模式,但还应继续研究使用药物/放射方案,靶向技术,生长因子和其他生物反应修饰剂来支持改变反应的方法。正常组织和DNA修复的调节。 Suit教授认为放射生物学的研究步伐对于放射治疗领域是最令人鼓舞的。已经达成共识,如果要将潜在的研究成果转化为治疗的进步,则需要将对放射生物学的支持与对学术放射疗法的支持相匹配。他同意EORTC癌症专家委员会表达的观点,即未来十年癌症治疗的改善很可能来自放射疗法的改善。

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