工业铀开采城市癌症人口结构的医学和统计分析

© Шевчук, О.М Стаття
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摘要

目的:研究乌克兰工业铀矿城市居民癌症发病结构。材料与方法:选取克罗皮夫尼茨基州和基罗沃赫拉德州作为研究的科学依据。克罗皮夫尼茨基生产铀原料,这些原料被运往乌克兰唯一进行初级铀浓缩的城市——卓夫季沃季。利用区域医学统计中心的资料、基罗沃赫拉德地区肿瘤诊所的报告、《基罗沃赫拉德地区2016-2020年综合环境保护计划》资料进行癌症发病率观察数据,分析环境和辐射状况。结果:研究表明,居民楼,特别是单层居民楼,空气中的氡浓度经常超过铀矿工人的允许水平。铀对人体的危害也同样严重。企业开采铀矿石,进行初级加工,铀矿在居民区地下简单通过。氡在空气中迅速溶解,但在封闭的地下室积聚。因此,研究发现,一个人在城市居民80%的时间都待在的场所中接受的主要剂量。室内空气中的氡含量取决于该地区的具体地质结构,以及该地区高铀含量岩体的位置。结论:Kirovohrad区特征分析显示了辐射对肿瘤结构的影响。通过分析基罗沃拉德地区的指标,我们可以看到辐射对癌症结构的影响。克罗皮夫尼茨基的大量房屋是用建筑材料建造的,其中包括氡和铀含量高的花岗岩,这对城市和地区居民的健康产生了负面影响。克罗皮夫尼茨基是乌克兰癌症死亡率最高的三个城市之一。其中一个原因是氡,这是一种无色、无嗅、无味的气体,从地壳的断层中释放出来,对癌症肿瘤的出现有重要影响。
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Medical and statistical analysis of the structure of cancer population in cities of industrial uranium extraction
Objective: The aim of work is to study the structure of cancer morbidity in the population of Ukraine living in cities of industrial uranium mining. Materials and methods: Kropyvnytskyi and Kirovohrad oblasts were selected as the scientific basis of the research. Kropyvnytskyi produces uranium raw materials, which are transported to Zhovti Vody, the only city in Ukraine where primary uranium enrichment is carried out. The data of cancer morbidity observations with using materials of the regional center of medical statistics, reports of Kirovohrad regional oncology dispensary, materials «Comprehensive Environmental Protection Program in Kirovohrad region for 2016-2020 years» were used to analyze the environmental and radiation situation. Results: Studies have shown that the concentration of radon in the air of residential buildings, especially one-story, often exceeds the permissible level set for uranium miners. Uranium is also no less harmful to the human body. Enterprises extract uranium ore, carry out its primary processing, and its mines pass simply under residential areas. Radon dissolves quickly in the air, but accumulates in closed, basement areas. Thus, it was found that the main dose a person receives in the premises where the city dweller spends 80% of his time. The content of radon in the indoor air is determined by the specifics of the geological structure of the area, the location on its territory of rock massifs with high uranium content. Conclusions: The analysis of Kirovohrad region’s characteristics shows the effects of radiation in the cancer’s structure. Analyzing the indicators of the Kirovohrad region, we can see the effects of radiation in the structure of the cancer. A large number of houses in Kropyvnytskyi are built of building materials, which include granite with high content of radon and uranium, which negatively affects the health of residents of the city and region. Kropyvnytskyi is one of the three cities in Ukraine with the highest cancer mortality rate. One of the reasons is radon, a colorless, odorless and tasteless gas that is released from faults in the earth's crust and has a significant effect on the appearance of cancerous tumors.
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