2012年眉山市饮用水水质检测和水性疾病监测能力调查  

Survey on Capacity of Water Quality Detection and Water-borne Diseases Surveillance in Meishan in 2012

作　　者：梅淑华[1] 杨光武[1] 

机构地区：[1]眉山市疾病预防控制中心,四川眉山620010

出　　处：《预防医学情报杂志》2015年第7期518-520,共3页Journal of Preventive Medicine Information

摘　　要：目的了解眉山市疾控机构饮用水水质检测和水性疾病监测能力,及时发现和处置疾控机构在饮用水检测和监测能力不足,为上级行政部门科学决策提供依据。方法按《全省饮用水水质基线调查工作方案》要求进行调查。结果全市7个疾控机构均通过计量认证。水质检验人员以初级最多（56.09%）。实际检测项目为26∽69项。实验室仪器、设备以国产为主（71.55%）。全市疾控机构水性疾病监测能力人员以初级最多（58.82%）。水性疾病监测诊断仪器37种,共187台,2000-2009年购置的占68.45%。在调查的9项检测技术中有2项7个机构均不能开展。结论应加大实验室仪器设备投入,增加人员编制,改善人员结构,提高人员素质。Objective To understand the surveillance capacity of water quality detection and water- borne disease in Meishan city,to disclose and dispose the problems for providing references for administrative departments.Methods According to the requirements of The baseline survey scheme of drinking water quality in the whole quality the survey was conducted. Results The 7 CDC all passed the metrological certification. The inspection personnel of water quality were mainly primary stuff（56. 09%）. The actual detection item number was 26-69. The laboratory instrument and equipment were mainly made domestically. The inspection personnel of water- borne disease was mainly primary stuff（58. 82%）. There were 37 kinds of diagnostic instruments for water- borne disease surveillance,reaching a total number of 187,and those purchased in 2000- 2009 accounted for 68. 45%. Of the 9 detection techniques,2 were unable to be carried out in the 7 CDC. Conclusion Instruments and equipment in the lab needs to be increased. Moreover,the personnel need to be enlarged and the structure needs to be improved.

关 键 词：饮用水水质 监测能力 调查 

分 类 号：R123.1[医药卫生—环境卫生学]