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[中国地方性砷中毒分布研究]

[Study on distribution of endemic arsenism in China].

作者信息

Jin Yinlong, Liang Chaoke, He Gongli, Cao Jingxiang

机构信息

Institute for Environment Hygiene and Health Related Product Safety, Chinese Center for Disease Control and Prevention, Beijing 100050, China.

出版信息

Wei Sheng Yan Jiu. 2003 Nov;32(6):519-40.

Abstract

Drinking water and burning coal endemic arsenism as a severe disease is confirmed by National Ministry of Health in China in 1992. It is not uniform survey of the disease for the whole country from its report in 1980 in xijiang. Therefore National Ministry of Scientific and Technology in China supports to study on distribution of endemic arsenism in 21 provinces in China, so that it can know the basic distribution of endemic arsenism in China, and the data results will be a guide for the disease prevention and control. The project used environmental epidemiology study including retrospective epidemiology, present situation survey of the disease in severe areas and sampling investigation in unknown areas, collecting data of exposure population and arsenism cases. At the same time, the data of arsenic level in environment were collected, and environment samples were analyzed by standard chemical method. The both data were statistical analysis by access database and SAS procedure in computer. Through the study, it achieves the expected aim that grasps spreading distribution of drinking water arsenism and burning coal arsenism, including arsenic level in water, coal, food and air, as well as patient's condition of the disease at macroscopic. Drinking water endemic arsenism distributed in 8 provinces, 40 counties, affecting 2,343,238 peoples, among 522566 peoples expositing to the drinking water arsenic higher than 0.05 mg/L, and 7821 arsenism patients were diagnosed. Burning coal endemic arsenism spreads in 2 provinces, 8 counties, affecting 333905 peoples, 48438 peoples exposing to high arsenic of burning coal pollution, and 2402 peoples causing chronic arsenic poising by coal burning. Drinking water endemic arsenism: Nemeng, Shanxi is a severe drinking water endemic region also. Wusu city in Xinjiang is old arsenism area, which reformed drinking water to decrease arsenic, so chronic arsenic poisoning condition decreasing. Reforming drinking water measures to decreees arsenic were performed in some areas of Neimeng and Shanxi. On other hand, 1 county of Jilin and 1 county of Ningxia as drinking water arsenism areas were affirmed. 11 counties of Shanyi, 1 Banner of Nemeng, 1 city of Jilin, 1 county of Qinhai and 1 counties of Anhui province were discovered for new drinking water arsenism areas in this survey. Shunyi district of Beijing has high arsenic in drinking water. Otherwise, high arsenic content in drinking water in some areas decreased to lower than 0.05 mg/L, which including some villages of Liaoning province, Tongxing city of Zhejiang province, and Tianzhu village of Shunyi district in Beijing. Blackfoot disease related to high arsenic in drinking water in Taiwan province does not include in this study. Burning coal endemic arsenism: Guizhou province has a typical burning coal arsenism areas in China and world. Although to reform stove and decreasing arsenic pollution, but the chronic arsenic poisoning from domestic coal combustion exists, because it located high seal level and poor areas. Some new burning coal arsenism areas in Shanxi province were found, which produced air pollution and food pollution of arsenic from domestic coal combustion for cooking and heating. The paper summarizes the arsenic distribution levels in drinking water and in environment of burning coal. At the same time, preventive and control measures of endemic arsenism were provided.

摘要

饮水型和燃煤型地方性砷中毒作为一种严重疾病于1992年被中国卫生部确认。自1980年在西江报道该病以来,尚未在全国范围内进行统一调查。因此,中国科学技术部支持对中国21个省份的地方性砷中毒分布情况进行研究,以便了解中国地方性砷中毒的基本分布情况,数据结果将为疾病预防控制提供指导。该项目采用环境流行病学研究方法,包括回顾性流行病学、重病区疾病现状调查和未知地区抽样调查,收集暴露人群和砷中毒病例的数据。同时,收集环境中砷含量的数据,并采用标准化学方法对环境样本进行分析。这两组数据在计算机上通过Access数据库和SAS程序进行统计分析。通过该研究,达到了预期目标,即宏观上掌握了饮水型砷中毒和燃煤型砷中毒的分布情况,包括水、煤、食物和空气中的砷含量以及患者病情。饮水型地方性砷中毒分布于8个省份、40个县,影响2343238人,其中522566人饮用砷含量高于0.05mg/L的水,确诊砷中毒患者7821人。燃煤型地方性砷中毒分布于2个省份、8个县,影响333905人,48438人暴露于燃煤高砷污染,2402人因燃煤导致慢性砷中毒。饮水型地方性砷中毒:内蒙古、山西也是严重的饮水型地方性砷中毒地区。新疆乌苏市是老砷中毒地区,已对饮用水进行改造以降低砷含量,慢性砷中毒情况有所减少。内蒙古和山西的一些地区采取了改造饮用水措施以降低砷含量。另一方面,确认吉林省1个县和宁夏回族自治区1个县为饮水型砷中毒地区。本次调查发现陕西省11个县、内蒙古1个旗、吉林省1个市、青海省1个县和安徽省1个县为新的饮水型砷中毒地区。北京顺义区饮用水中砷含量高。此外,一些地区饮用水中的高砷含量降至低于0.05mg/L,包括辽宁省的一些村庄、浙江省桐乡市和北京顺义区天竺村。台湾省与饮用水高砷有关的黑脚病未纳入本研究。燃煤型地方性砷中毒:贵州省是中国乃至世界典型的燃煤型地方性砷中毒地区。尽管进行了炉灶改造并减少了砷污染,但由于地处封闭程度高且贫困地区,家庭燃煤燃烧导致的慢性砷中毒仍然存在。在山西省发现了一些新的燃煤型砷中毒地区,家庭燃煤用于烹饪和取暖造成了砷的空气污染和食物污染。本文总结了饮用水和燃煤环境中的砷分布水平。同时,提供了地方性砷中毒的预防控制措施。

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