Curini M, Rosati O, Borio R, Saetta D M, Cicioni R, Forini N, Rongoni A, Dipilato A C
Organic Chemistry Institute, University of Perugia, Italy.
Pharmacol Res. 1995 Jul-Aug;32(1-2):69-74. doi: 10.1016/s1043-6618(95)80011-5.
The accident to the nuclear power plant of Chernobyl (in April 1986) caused a radioactive contamination in large areas of the majority of European countries. During the first transient time the fall-out phenomenon was the most important method of contamination, particularly from 131I whose relative isotopic abundance with respect to other released radionuclides was very high. Thereafter, 137Cs, owing to its long half-time and its large presence in environmental matrixes and so in the food chain, became the element on which the attention was to be focused. Plant drugs and their derivatives are, at present, of very large alimentary consumption among people. This can cause some problems to human health, so the authors have studied (from 1986 to 1994) the activity of 137Cs in a large number of drugs (about 5000) and in some industrial and home-made officinal products. Some suggestions on the Cs+,K+ ions competition in soil can also be derived.
1986年4月切尔诺贝利核电站事故在大多数欧洲国家的大片区域造成了放射性污染。在最初的瞬态阶段,沉降现象是最重要的污染方式,特别是来自131I的污染,其相对于其他释放的放射性核素的相对同位素丰度非常高。此后,由于137Cs半衰期长且在环境基质以及食物链中大量存在,它成为了关注的焦点元素。植物药物及其衍生物目前在人们的食物消费中占比很大。这可能会给人类健康带来一些问题,因此作者(从1986年至1994年)研究了大量药物(约5000种)以及一些工业和自制药用产品中137Cs的活度。还可以得出关于土壤中Cs +、K +离子竞争的一些建议。