Ding Chunguang, Pan Yajuan, Zhang Aihua, Wu Banghua, Huang Hanlin, Zhu Chun, Liu Deye, Zhu Baoli, Xu Guang, Shao Hua, Peng Shanzhuo, Jiang Xianlong, Zhao Chunxiang, Han Changcheng, Ji Hongrong, Yu Shanfa, Zhang Xiaoxi, Zhang Longlian, Zheng Yuxin, Yan Huifang
Key Laboratory of Chemical Safety and Health,National Institute of Occupational Health and Poison Control, Chinese Center for Disease Control and Prevention, Beijing 100050, China.
Email:
Zhonghua Yu Fang Yi Xue Za Zhi. 2014 Feb;48(2):97-101.
To evaluated the levels of arsenic (As) in blood and urine among general population in China and analyze its influencing factors.
A total of 18 120 subjects from general population aged 6-60 years were recruited from 24 districts in 8 provinces in eastern, central and western China mainland from 2009 to 2010, by cluster random sampling method. Blood samples and urine samples were collected, the information of the life-style was collected by questionnaire.Inductive coupled plasma mass spectrometry was applied to test the As level in the samples, and the distribution of As in blood and urine for different ages, genders, areas and life habits were then analyzed.
The geometric mean (GM) of blood As concentration among general population was 2.33 µg/L;the GM of blood As in male (2.35 µg/L) was higher than and female (2.30 µg/L) (Z = -1.42, P < 0.05); from eastern, central to western China, the blood As level were 2.94, 1.30 and 0.98 µg/L (χ(2) = 643.22, P < 0.05) , respectively; the GM in smokers (2.84 µg/L) was higher than non-smokers (2.27) (Z = -6.28, P < 0.05) ;the seafood consumer had a higher blood As level (2.59 µg/L) than people not consuming seafood (1.47 µg/L) (Z = -23.68, P < 0.05). The urine As level of the whole population was 13.72 µg/L;while its GM in male (14.10 µg/L) was higher than female (13.33 µg/L) (Z = -3.94, P < 0.05); the values from eastern, central to western China were 14.14, 16.02 and 9.57 µg/L (χ(2) = 353.89, P < 0.05), respectively;the level in smokers (16.06 µg/L) was higher than nonsmokers (13.70 µg/L) (Z = -2.63, P < 0.05); the level in seafood consumers (14.82 µg/L) was higher than people not consuming seafood (10.99 µg/L) (Z = -3.20, P < 0.05). The blood As level had a positive correlation with urine As level (correlation coefficient:0.285, P < 0.05).
The As level in blood and urine varied by gender and area among general population in China, and related to life-styles. There was a positive correlation between As level in blood and that in urine.
评估中国普通人群血液和尿液中的砷(As)水平,并分析其影响因素。
2009年至2010年,采用整群随机抽样方法,从中国大陆东部、中部和西部8个省份的24个地区招募了18120名6至60岁的普通人群。采集血液样本和尿液样本,通过问卷调查收集生活方式信息。应用电感耦合等离子体质谱法检测样本中的砷水平,然后分析不同年龄、性别、地区和生活习惯人群血液和尿液中砷的分布情况。
普通人群血液砷浓度的几何均值(GM)为2.33μg/L;男性血液砷的GM(2.35μg/L)高于女性(2.30μg/L)(Z = -1.42,P < 0.05);从中国东部、中部到西部,血液砷水平分别为2.94、1.30和0.98μg/L(χ(2) = 643.22,P < 0.05);吸烟者的GM(2.84μg/L)高于非吸烟者(2.27)(Z = -6.28,P < 0.05);食用海鲜者的血液砷水平(2.59μg/L)高于不食用海鲜者(1.47μg/L)(Z = -23.68,P < 0.05)。全人群尿液砷水平为13.72μg/L;男性尿液砷的GM(14.10μg/L)高于女性(13.33μg/L)(Z = -3.94,P < 0.05);中国东部、中部到西部的数值分别为14.14、16.02和9.57μg/L(χ(2) = 353.89,P < 0.05);吸烟者的水平(16.06μg/L)高于非吸烟者(13.70μg/L)(Z = -2.63,P < 0.05);食用海鲜者的水平(14.82μg/L)高于不食用海鲜者(10.99μg/L)(Z = -3.20,P < 0.05)。血液砷水平与尿液砷水平呈正相关(相关系数:0.285,P < 0.05)。
中国普通人群血液和尿液中的砷水平因性别和地区而异,并与生活方式有关。血液砷水平与尿液砷水平呈正相关。