Ribera D, Labrot F, Tisnerat G, Narbonne J F
ADEC Tox, Bordeaux, France.
Rev Environ Contam Toxicol. 1996;146:53-89. doi: 10.1007/978-1-4613-8478-6_3.
The assessment of uranium chemical and radiological consequences depends on the physicochemical properties of these radioelements and the knowledge of their environmental fate. Although uranium is the source of all these fissionable isotopes, its fate in ecosystems has been poorly investigated. In this review, we have updated information concerning the fate of uranium in the different compartments of the environment, the possibility of transfer to man through the food chain, and the biological and toxicological effects of this metal at cellular, tissular, or organism levels. The physicochemical characteristics of uranium, as well as its regulatory statutes, were reviewed. The fate of uranium in the environment was presented by indicating sources of uranium emission and the possible routes of transfer to man. The biological alterations caused by uranium exposure were discussed, and finally, we presented results collected during our recent study. Some propositions on research to be done to advance the understanding of uranium occurrence in the environment were also given.
铀的化学和放射学后果评估取决于这些放射性元素的物理化学性质以及对其环境归宿的了解。尽管铀是所有这些可裂变同位素的来源,但其在生态系统中的归宿却鲜有研究。在本综述中,我们更新了有关铀在环境不同组分中的归宿、通过食物链转移至人体的可能性以及这种金属在细胞、组织或生物体水平上的生物学和毒理学效应的信息。我们还综述了铀的物理化学特性及其监管法规。通过指出铀的排放源以及转移至人体的可能途径,阐述了铀在环境中的归宿。讨论了铀暴露引起的生物学改变,最后,我们展示了近期研究中收集到的结果。我们还就为增进对环境中铀存在情况的理解而有待开展的研究提出了一些建议。