Chemical carcinogens in the environment of ukraine: risk to the population, ways of prevention, improvement of hygienic regulation

I. Chernychenko, N. Balenko, O. Lytvychenko, V. Babii, O.Ye. Kondratenko, D. Hlavachek
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Abstract

The purpose of this work was to determine the carcinogen-hazardous factors in the environment and the criteria for assessing their danger to the population in modern conditions (pre-war period). Materials and methods of research: reports of research works of the Laboratory of Hygiene of Carcinogenic Factors and Nanomaterials of the SI «O.M. Marzieiev Institute for Public Health, NAMS of Ukraine» and own publications over the past 5 years. Bibliosemantic, analytical, hygienic and medical-statistical methods were used to process the materials. Results. The analysis of field and analytical studies has shown that over the past 20-25 years old, against the backdrop of a reduction in industrial emissions, the volume of use of plant protection products and plant products in agricultural activity has increased significantly, and in everyday life – household chemicals, cosmetics, etc., most of which contain specific substances – endocrine disruptors. It was shown that over the years, the rate of increase in the rate of cancer of the endocrine organs (cancer of the mammary, thyroid, prostate glands), uterine body and ovaries increases. The obtained data indicate a trend towards rejuvenation of oncological diseases of hormone-dependent organs. The danger of atmospheric air pollution in cities has been studied; a comparative assessment of carcinogenic and non-carcinogenic risk for the population in a highly industrialized city with a complex of ferrous metallurgy enterprises and a city where there are no specific sources of pollution was carried out. It was concluded that for study of environmental issues regarding the state of the air environment, it is sufficient to use hygienic indicators - maximum permissible concentrations and total pollution indicators, while for the assessment of the impact on human health, the use of risk indicators is more adequate. This raises the question of the compliance of domestic hygienic (medical and sanitary) regulations with international risk indicators. This is especially true for factors with mutagenic and carcinogenic properties. The analysis of risk indicators for a number of carcinogenic substances included in the domestic regulatory and methodological bases at the level of their maximum permissible concentrations proved that the standards for atmospheric air according to the international classification scale correspond to an acceptable risk (1 - 104) for only 26% of substances, and for air of the working area - 45% of substances. Consequently, most of the hygienic standards, both in the atmospheric air of populated areas and in the air of the working area, according to international standards, do not meet the safety requirements for the population and need to be revised using international approaches and focusing on the risk criteria for the development of neoplasms due to the action of individual compounds. Conclusions: the real air pollution in populated areas poses a certain danger to the population and requires preventive measures to reduce it. The currently existing national regulatory framework for the permissible content of carcinogenic substances in the air environment (atmospheric air and air of the working area) does not meet the requirements of the EU and the USA.
乌克兰环境中的化学致癌物:对人口的风险,预防方法,卫生法规的改进
这项工作的目的是确定环境中的致癌物危险因素以及评估其在现代条件下(战前时期)对人口危险的标准。研究材料与方法:美国科学院致癌因素与纳米材料卫生实验室研究工作报告并在过去五年中出版了自己的出版物。采用文献语义学、分析学、卫生学和医学统计学等方法对材料进行处理。结果。实地分析和分析研究表明,在过去20至25年间,在工业排放减少的背景下,植物保护产品和植物产品在农业活动中的使用量显著增加,在日常生活中- -家用化学品、化妆品等,其中大多数含有特定物质- -内分泌干扰物。研究表明,多年来,内分泌器官(乳腺癌、甲状腺癌、前列腺癌)、子宫体和卵巢的癌症发病率增加了。所获得的数据表明,激素依赖器官的肿瘤疾病有复兴的趋势。对城市大气污染的危害进行了研究;对一个高度工业化的黑色冶金企业综合城市和一个没有特定污染源的城市的人口的致癌和非致癌风险进行了比较评估。结论是,在研究与空气环境状况有关的环境问题时,使用卫生指标——最大允许浓度和总污染指标就足够了,而在评估对人类健康的影响时,使用风险指标则更为适当。这就提出了国内卫生(医疗和卫生)条例是否符合国际风险指标的问题。对于具有诱变和致癌特性的因素尤其如此。对国内监管和方法学基础上的一些致癌物质在其最大允许浓度水平上的风险指标进行的分析证明,根据国际分类标准的大气空气标准仅对26%的物质符合可接受风险(1 - 104),对工作区域的空气- 45%的物质符合可接受风险。因此,根据国际标准,无论是在人口稠密地区的大气空气中还是在工作区域的空气中,大多数卫生标准都不符合对人口的安全要求,需要采用国际方法进行修订,并侧重于由于个别化合物的作用而发生肿瘤的风险标准。结论:人口稠密地区真正的空气污染对人口构成了一定的危险,需要采取预防措施来减少它。目前国家对空气环境(大气空气和工作区域空气)中致癌物质允许含量的监管框架不符合欧盟和美国的要求。
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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