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Table 1 Binary logistic regression analysis of pesticide-related deaths and different types of pesticides adjusted for age, sex and type of pesticide (OR: odds ratio; CI: confidence interval)

From: Self-poisoning with pesticides in Jiangsu Province, China: a cross-sectional study on 24,602 subjects

Self-poisoning with pesticides

 

OR (95% CI)

P

Death (vs No Death)

Age

1.033 (1.031–1.036)

< 0.001

Sex

 Male

  

 Female

0.862 (0.784–0.948)

0.002

Different types of pesticidesa

 T60.0X2

  

 T60.1X2

0.657 (0.553–0.779)

< 0.001

 T60.2X2

0.684 (0.569–0.823)

< 0.001

 T60.3X2

0.499 (0.340–0.731)

< 0.001

 T60.4X2

0.622 (0.332–1.165)

0.138

 T60.8X2

0.937 (0.739–1.189)

0.592

 T60.92

1.143 (1.002–1.304)

0.046

  1. a T60.0X2: Toxic effect of organophosphate and carbamate insecticides, intentional self-harm
  2. T60.1X2: Toxic effect of halogenated insecticides, intentional self-harm
  3. T60.2X2: Toxic effect of other insecticides, intentional self-harm
  4. T60.3X2: Toxic effect of herbicides and fungicides, intentional self-harm
  5. T60.4X2: Toxic effect of rodenticides, intentional self-harm
  6. T60.8X2: Toxic effect of other pesticides, intentional self-harm
  7. T60.92: Toxic effect of unspecified pesticide, intentional self-harm
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BMC Psychiatry

ISSN: 1471-244X

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