Table 3 summarizes the effect estim

Table 3 summarizes the effect estimates per unit change in
temperature from the MMT. The cold effect strengthened with
longer lag periods whereas the heat effect decreased gradually and was statistically insignificant when using longer lag periods. Significant
effects of cold exposure were observed for all lag periods
examined. For example, a 1
C decrease in temperature below the
MMT corresponded to a 3.81% (95%CI: 1.48%, 6.14%) increase in
OHCD mortality when using lags of 0e21 days. The effects of hot
temperature were restricted within the first 3 lag days. A 1
C increase
in temperature above the MMT lead to a 4.61% (95%CI: 0.88%,
8.34%) increase in OHCD mortality when using lags of 0e3 days. We
did not observe any significant effects of temperature changes on
IHCD mortality, regardless of lag length used.

Results (English) 3:

表3总结了每单位
温度变化的影响估计从MMT。冷效应加强了，而热效应逐渐减小，但当使用较长的滞后周期时，热效应逐渐减小。冷暴露显着的影响，观察所有的滞后期间检查。例如，一个1
C降低温度低于
蒙脱土与3.81%（95%可信区间：1.48%，6.14%）在
开放式主机控制器驱动器使用时的滞后0e21天死亡率增加。热的温度的影响，限制在第一个3个滞后天。1
C增加
在温度高于MMT导致4.61%（95%可信区间：0.88%，8.34%
）在开放式主机控制器驱动器使用时的滞后0e3天死亡率增加。我们并没有观察到任何温度变化的显著影响国际大屠杀纪念日死亡，无论滞后长度。