1.
Hearing Survey on The Group with Occupational Noise Exposure in Miyun Area
密云地区职业噪声暴露人群听力调查
2.
Data Analysis of Rabies Exposed Population in Conghua City in 2007
2007年从化市狂犬病暴露人群资料分析
3.
ANALYSIS OF PREVENTION AND TREATMENT FOR 2 812 CASES EXPOSED TO RABIES
2812例狂犬病暴露人群预防处理分析
4.
Study on the Effective Biomarkers of Genetic Damage in Workers Who Occupationally Exposed to Benzene;
苯职业暴露人群遗传损伤效应标志物的研究
5.
Study on Effective Biomarkers of Genetic Damage in Occupationally Benzene Exposed Workers;
苯职业暴露人群遗传损伤效应的标志物研究
6.
Data Analysis of People Exposed to Rabies in Hedong District of Linyi City in 2008
2008年临沂市河东区狂犬病暴露人群资料分析
7.
Survey of population exposed to rabies in rabies-clinics in Dongguan City
东莞市2007年狂犬病门诊暴露人群监测分析
8.
Comparison of blood and urinary cadmium as sensitive indicators in pre-stage renal injury
镉暴露人群早期肾损伤指标敏感性比较
9.
Analysis of Treatment among People Exposed to Rabies in Bobai County in 2008
2008年博白县狂犬病暴露人群门诊处理情况分析
10.
Investigation on Effectiveness of Psychological Nursing Intervention in the Population Exposed to Rabies
心理护理干预在狂犬病暴露人群中的作用研究
11.
Effect of Occupational Noise Exposure on Serum TSGF Level
职业性噪声对暴露人群血清中TSGF水平的影响
12.
Surveillance on Individuals Exposed Hydrophobia in Huizhou City From 2006 to 2007
惠州市2006-2007年狂犬病暴露人群监测结果
13.
Investigation of epidemic characteristics of population exposed to rabies in three districts in Ningbo from 2005 to 2007
宁波市三区2005～2007年狂犬病暴露人群调查分析
14.
Preliminary Studies on the HPRT Gene Mutation Mechanism in Lymphocytes from 1, 3-butadiene-exposed Workers;
1，3-丁二烯职业暴露人群HPRT基因分子突变机理的初步研究
15.
Epidemiological Research on Effects of High Intensity Electromagnetic Radiation Among a Military Task Population;
军事作业环境高强度电磁辐射暴露人群流行病学研究
16.
Real-time PCR Used to Detect p53 Gene Damage in Workers Exposed to Arsenic;
实时荧光定量PCR检测职业砷暴露人群p53基因损伤
17.
Research on Urinary Arsenic Metabolites of Population Exposed to Different Concentrations of Arsenic by Drinking Water
不同浓度饮水型砷暴露人群尿砷代谢产物的研究
18.
An Exposure Assessment of Lead Via Diet upon Local Residents in a Mining Area;
铅高暴露地区人群膳食安全暴露评估