Radiation as a carcinogen

Y. Xiang, C. Qian
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Abstract

The data from animals, cell lines, and humans have led to the consensus of induction of carcinogenesis by ionizing radiation, especially at low-level doses, and that there is a dose–response relationship between radiation and cancer incidence. However, additional factors, including radiation type, dose rate, specific tissues, and animal species, also provide a contribution. The development of molecular biology research has helped explain the mechanism of radiation carcinogenesis, including pathway activation and chromosome alterations. Bystander effects and abscopal effects are additionally characteristics of radiation carcinogenesis. This chapter takes a look at how radiation, from both environment and industry, has contributed to cancer incidence over the past century.
作为致癌物的辐射
来自动物、细胞系和人类的数据导致了电离辐射,特别是低剂量电离辐射诱导致癌的共识,以及辐射与癌症发病率之间存在剂量-反应关系。然而,其他因素,包括辐射类型、剂量率、特定组织和动物种类,也有贡献。分子生物学研究的发展有助于解释辐射致癌的机制,包括途径激活和染色体改变。旁观者效应和体外效应是辐射致癌的另一个特征。本章将探讨在过去的一个世纪里,来自环境和工业的辐射是如何导致癌症发病率的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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