张磊, 穆海振, 陆怡, 郑雷军, 周伟东, 李洁. 上海地区细菌性食物中毒季节和气候特征分析[J]. 上海预防医学, 2009, 21(7): 330-332,337.
引用本文: 张磊, 穆海振, 陆怡, 郑雷军, 周伟东, 李洁. 上海地区细菌性食物中毒季节和气候特征分析[J]. 上海预防医学, 2009, 21(7): 330-332,337.
ZHANG Lei, MU Hai-zhen, LU Yi, ZHENG Lei-jun, ZHOU Wei-dong, LI Jie. An analysis on the seasonal and climatic characteristic of bacterial food poisoning in Shanghai[J]. Shanghai Journal of Preventive Medicine, 2009, 21(7): 330-332,337.
Citation: ZHANG Lei, MU Hai-zhen, LU Yi, ZHENG Lei-jun, ZHOU Wei-dong, LI Jie. An analysis on the seasonal and climatic characteristic of bacterial food poisoning in Shanghai[J]. Shanghai Journal of Preventive Medicine, 2009, 21(7): 330-332,337.

上海地区细菌性食物中毒季节和气候特征分析

An analysis on the seasonal and climatic characteristic of bacterial food poisoning in Shanghai

  • 摘要: 目的从历年细菌性食物中毒发生的长期趋势中探讨其发生规律,为开展细菌性食物中毒的预警研究提供基础资料。方法分析1992—2006年上海地区细菌性食物中毒发生的基本特征(包括地区和行业分布、食品和致病菌种类)、季节特征(包括中毒年均月度和累年逐日的分布,五一、十一黄金周发生情况)和气候特征(包括中毒月均、逐日发生情况与气象因素的关系,中毒的发生与中毒前3天气象因素的关系)。结果细菌性食物中毒的发生无城乡差异,发生中毒的行业、食品和致病菌较为集中。5—10月是上海地区细菌性食物中毒的高发季节,五一和十一黄金周、6月下旬到7月上旬是其中的3个高发时段。月均中毒发生起数与月均气温、相对湿度相关;除五一和十一黄金周外的其他时段,平均气温低于19.2℃或相对湿度低于60.3%的条件下,发生细菌性食物中毒的概率很小;中毒发生日概率与中毒发生前1天的平均气温(5—6月、9—10月)和相对湿度(5—6月)有关。结论上海地区细菌性食物中毒的发生具有较明显的季节和气候特点。

     

    Abstract: Objective To explore the regularity of the bacterial food poisoning though its long-term trend over years, so as to provide the basic information for the research on pre-warning of bacterial food poisoning. Methods The characteristics of bacterial food poisoning occurred in Shanghai from 1992 to 2006 were analyzed, which include basic characteristics (including regional and industrial distribution, type of food and pathogenic bacteria ), seasonal characteristics (including the average distribution per month and day-by-day poisoning, May 1 st and Oct 1 st long holiday ), climate characteristics (including the meteorological factors of day-by-day occurrence and three days before the poisoning). Results There was no difference of bacterial food poisoning occurrence in city and countryside, the poisoning occurred in the industries, food and bacteria were comparatively concentrative. May to Oc- tober was the high-risk season of bacterial food poisoning in Shanghai. May 1 st and Oct 1 st holidays, late June to early July were the three high-risk periods. The number of average monthly food poisoning occurrence was related to the average monthly temperature and relative humidity. Besides the May 1 st and Oct 1st holidays, the probability of food poisoning was very small. When the mean temperature was lower than 19.2℃ and the relative humidity was lower than 60.3 percent, the probability of food poisoning was related to the mean temperature and relative humidity on the day of food processing. Conclusion Bacterial food poisoning in Shanghai has shown comparatively clear charac- teristics with season and climate.

     

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