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Multi-level analysis of symptoms of poison exposure reported to the Japanese Poison Information Center

机译:毒药症状的多级分析向日本毒物信息中心报告

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摘要

Two types of analytical multi-level approach to analyse symptoms after exposure to poisons were performed using numerical data extracted from reports received by the JAPAN POISON INFORMATION CENTER on the number "Poisoning 110" during 1998-2017. In the first approach, data collected in 2017,2012,2007 and 2002 were used, while in the second approach, all data collected during 1999-2017 were used. In the first approach, according to the odds ratio, the order of causative agents was industrial drugs>home drugs>general drugs and in the second approach, it was industrial drugs>foodsatural poisoning>agricultural drugs. However, in the first approach, the order based on the 95% confidence interval (CI) and profile likelihood was general drugs>home drug-s>industrial drugs and in the second approach, the order based on 95% CI, profile likelihood and Wald value was agricultural drugs>foodsatural poisoning>industrial drugs. These multi-prospects were developed using a multilevel approach and the most optimized model was selected from the number of numerical data and the adaptability of fit of the multi-level logistic regression models in this report.
机译:使用从日本毒物信息中心收到的报告中提取的数量数据在1998 - 2017年期间的数量“中毒110”中提取的数值数据进行两种分析多级方法来分析毒药后的分析多级方法。在第一种方法中,使用2017,2012,2007和2002年收集的数据,而在第二种方法中,使用了1999 - 2017年期间收集的所有数据。在第一种方法中,根据赔率比,致病剂的顺序是工业药物>家用药物>一般药物和第二种方法,它是工业药物>食品/天然中毒>农业药物。然而,在第一种方法中,根据95%置信区间(CI)和型材的顺序是普遍药物>家用药物>工业药物和第二种方法,该命令基于95%CI,型材概况瓦尔德价值是农业药物>食品/天然中毒>工业药物。这些多重前景是使用多级方法开发的,并且从数值数据的数量和多级逻辑回归模型中的适应性中选择了最优化的模型。

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  • 来源
    《Reviews on environmental health 》 |2020年第3期| 239-243| 共5页
  • 作者

    Toshiko Sawaguchi;

  • 作者单位

    Waseda University Waseda Campus Ringgold Standard Institution Waseda Institute of the Policy of Social Safety (WIPSS) Shinjuku-ku Tokyo Japan Komazawa University Komazawa Campus Ringgold Standard Institution Law School Setagaya-ku Tokyo Japan University of Tsukuba Graduate School of Business Sciences Ringgold Standard Institution Intellectural Law Bunkyo-ku Tokyo Japan Juntendo University School of Medicine Graduate School of Medicine Ringgold Standard Institution Deptartment of Hygiene and Preventive Medicine Bunkyo-ku Tokyo Japan and Tokyo University of Social Welfare Isezaki Campus 2020-1 Sanno-cho Isezaki City Gunma 372 0831 Japan;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Japanese Poison Information Center; multilevel analysis; multi-level framework; optimization of solvability; symptoms of exposure;

    机译:日本毒物信息中心;多级分析;多级框架;优化可溶性;曝光症状;

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