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天津港国际航行船舶携带医学媒介生物风险分析及预测模型的建立
引用本文:毕玉国,谭绪良,许庆华,周君野,关淳,谢庚发,周宝森,尹智华. 天津港国际航行船舶携带医学媒介生物风险分析及预测模型的建立[J]. 中国国境卫生检疫杂志, 2008, 31(6): 398-402,405
作者姓名:毕玉国  谭绪良  许庆华  周君野  关淳  谢庚发  周宝森  尹智华
作者单位:1. 天津出入境检验检疫局,天津,300456
2. 中国医科大学,沈阳,110001
基金项目:国家质量监督检验检疫总局科研项目 
摘    要:〔目的〕通过对天津港2006年全年和2007年上半年所有入境船舶资料进行分析,找出导致船舶携带医学媒介生物的危险因素,并建立数学模型,指导在入境船舶上对医学媒介生物的检查,有效防止媒介生物传入我国。〔方法〕利用多种单因素和多因素分析方法对资料进行分析,应用风险分析的理论建立数学模型。〔结果〕研究发现起航港是否疫区、船舶国籍、船舶装载货物类型、航舶到港时间、船舶类型、船舶吨位、船舶船龄7个危险因素,并据此建立了数学模型。〔结论〕本研究建立的国际航行船舶医学媒介生物风险预测模型具有较强的预测能力,分析结果准确可靠,能较好地指导入境船舶媒介生物检疫查验工作。

关 键 词:国际航行船舶  医学媒介生物  风险分析  预测  数学模型

The Report of Hazard Analyzing and Establishing Predicting Model of the Vectors on Entry-exit Vehicles at Tianjin Port
Bi Yuguo,Tan Xuliang,Xu Qinghua,Zhou Junye,Guan Chun,Xie Gengfa,Zhou Baosen,Yin Zhihua. The Report of Hazard Analyzing and Establishing Predicting Model of the Vectors on Entry-exit Vehicles at Tianjin Port[J]. Chinese Journal of Frontier Health and Quarantine, 2008, 31(6): 398-402,405
Authors:Bi Yuguo  Tan Xuliang  Xu Qinghua  Zhou Junye  Guan Chun  Xie Gengfa  Zhou Baosen  Yin Zhihua
Affiliation:Bi Yuguo, Tan Xuliang, Xu Qinghua, Zhou Junye, Guan Chun, Xie Gengfa, Zhou Baosen, Yin Zhihua.(1. Tianjin Entry-exit Inspection and Quarantine Bureau, Tianjin 300456, China; 2. China Medical University, Shenyang 110001,China)
Abstract:Objective Based on the data analysis in 2006 and the first half of 2007, this article aims to find out the risk factors which influence the exiting vectors on the entry-exit vehicles, and to set up predicting model to detect the relationship of the risk factors and the outcomes. Method Univariate analysis and multivariate analysis were conducted and the mathematical model was established based on the hazard-analysis theory. Result From statistics analysis, the 7 risk factors were indentified such as whether the embarking port was in epidemic region, crew's nationality, goods carried, the month of disembarking, type of water craft, tonnage, and years of slapping services. Conclusion Using the relative model, we can quantify the vector-associated hazard and the corresponding risk factors. Therefore, these information from the model can be used to guide our frontier quarantine work.
Keywords:International vehicle  Medical vector  Hazard-analysis  Predicting  Mathematic-model
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