With respect to the gender difference by age, the cumulative incidence among women increased stepwise between age groups, whereas amongst men the most prominent difference was between the middle and the oldest age groups.
For the occupational exposure, however, the number of pesticide poisoning cases increased stepwise from age group 20 24 to 55 59 years, and then decreased to age group over 75 years, and more occupational pesticide poisoning cases were found in men (figure 3C).
The death rate increased stepwise with age, and the pesticide suicide rate was higher in the older age group.
On stepwise analysis, age and the SNP panel make the greatest contribution to the AUC (SNPs = 0.68, age+SNPs = 0.76 and age+SNPs+FHx = 0.77).
The significant variables from stepwise selection, age and gender (if applicable) were included in the models.
In addition, we found that deaths from pesticide poisoning suicide increased stepwise with age.
During the stepwise approach, age, fasting plasma glucose, MBP and GFR lost their statistical significance in both cases.
The variables included in the final predictive model were selected with a stepwise procedure: age and treatment with CMS were not included in the final model.
Deaths also increased stepwise with age in all pesticide-exposed and non-occupational pesticide-exposed population, and similar deaths were found between men and women (figure 4A,B).
Deaths from pesticide poisoning suicide also increased stepwise with age, and similar deaths were found between men and women (figure 5F).
