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陈清, 王黎华, 王耐芬, 杨群智. 北京地区成人肺微量金属元素分析以肺生物监测反映北京大气气溶胶无机元素特征的探讨[J]. 中国公共卫生, 1986, 5(4): 6-22.
引用本文: 陈清, 王黎华, 王耐芬, 杨群智. 北京地区成人肺微量金属元素分析以肺生物监测反映北京大气气溶胶无机元素特征的探讨[J]. 中国公共卫生, 1986, 5(4): 6-22.
Chen Ching, Wang lihua, Wang naifen, Yang qunzhi. Analysis of Pulmonary Trace Elements in Adults of Beijing Area一Pulmonary Biological Monitoring Reflects the Aerosol Composition of Inorganic Elements in Beijing Atmosphere[J]. Chinese Journal of Public Health, 1986, 5(4): 6-22.
Citation: Chen Ching, Wang lihua, Wang naifen, Yang qunzhi. Analysis of Pulmonary Trace Elements in Adults of Beijing Area一Pulmonary Biological Monitoring Reflects the Aerosol Composition of Inorganic Elements in Beijing Atmosphere[J]. Chinese Journal of Public Health, 1986, 5(4): 6-22.

北京地区成人肺微量金属元素分析以肺生物监测反映北京大气气溶胶无机元素特征的探讨

Analysis of Pulmonary Trace Elements in Adults of Beijing Area一Pulmonary Biological Monitoring Reflects the Aerosol Composition of Inorganic Elements in Beijing Atmosphere

  • 摘要: 随着世界各国对环境质量的监测及评价研究工作的进展,人们愈来愈重视环境监测必须和人体生物监测相结合。如果说环境监测可以表达外环境中某作用物的存在状况及其可能进入人体的剂量,则人体生物监测(血、尿、发、组织及脏器等)可能作为表达该作用物在人体内实际的负荷量,从而评价人群对作用物的接触水平。

     

    Abstract: If the occurrence of certain agents and their possible doses is human body could be shown by environmental monitoring, then their actual loads in human body could be estimated by human biological monitoring (blood, urine, hair, tissue and organ, etc). Hence the exposure levels of human body to these agents could be evaluated, especially certain materials such as trace elements and organic chlorine compouads. Based on the monitoring of pulmonary trace elements composition, it was preliminarily considered that the results of adult pulmonary monitoring could practically reflect the features of atmospheric inorganic elements is inabited areas.

     

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