shows results from the single-lag day (Lag0eLag5) and
cumulative exposure models (Lag 01) for the percent increase in
hospital admission per IQR increase in pollution. Statistically significant
relationships were observed for admission with both SO2
and NO2 at lag day 0,1 and 01; and with BC at lag 1 and 01. For these
three air pollutants, the largest effects were observed at Lag 01
models. Each IQR increase in concentration of SO2 (36 mg/m3), NO2
(29 mg/m3) and BC (2.8 mg/m3) corresponds to 6.41% (95% CI: 2.32%,
10.49%), 8.26% (95%CI: 4.48%, 12.05%) and 6.62% (95%CI: 1.74%,
11.50%) increase on risk of asthmatic hospitalization, respectively.
We did not find statistically significant relationships between
shows results from the single-lag day (Lag0eLag5) and
cumulative exposure models (Lag 01) for the percent increase in
hospital admission per IQR increase in pollution. Statistically significant
relationships were observed for admission with both SO2
and NO2 at lag day 0,1 and 01; and with BC at lag 1 and 01. For these
three air pollutants, the largest effects were observed at Lag 01
models. Each IQR increase in concentration of SO2 (36 mg/m3), NO2
(29 mg/m3) and BC (2.8 mg/m3) corresponds to 6.41% (95% CI: 2.32%,
10.49%), 8.26% (95%CI: 4.48%, 12.05%) and 6.62% (95%CI: 1.74%,
11.50%) increase on risk of asthmatic hospitalization, respectively.
We did not find statistically significant relationships between
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