When compared to the controls, subjects who did not boil
drinking water and did not use a water purifier had an increased
risk for AM (OR=2.8 [95% CI=1.4-5.6] and 2.9 [95%
CI=1.5-5.5], respectively) (Table 2). Subjects who reported
changes in color, taste, or smell and the presence of floating
particles in the water also had significantly higher risks for
AM (OR=4.6 [95% CI=1.4-15.1]). Contact with an AM patient
1 month prior to admission was associated with a significantly
higher risk for AM (OR=10.9 [95% CI=2.0-52.0]).
Risk of HFMD was associated with not boiling drinking water
and changes in water quality (OR=3.3 [95% CI=1.6-7.0]
and OR=6.9 [95% CI=2.2-22.2], respectively). Toilet status
(non-water closet toilet) and contact with HFMD patients
were significant risk factors for HFMD (OR=2.8 [95%
CI=1.1-6.7] and OR=5.0 [95% CI=1.4-17.7], respectively).
However, other factors were not associated with the risk of
AM or HFMD.
When compared to the controls, subjects who did not boil
drinking water and did not use a water purifier had an increased
risk for AM (OR=2.8 [95% CI=1.4-5.6] and 2.9 [95%
CI=1.5-5.5], respectively) (Table 2). Subjects who reported
changes in color, taste, or smell and the presence of floating
particles in the water also had significantly higher risks for
AM (OR=4.6 [95% CI=1.4-15.1]). Contact with an AM patient
1 month prior to admission was associated with a significantly
higher risk for AM (OR=10.9 [95% CI=2.0-52.0]).
Risk of HFMD was associated with not boiling drinking water
and changes in water quality (OR=3.3 [95% CI=1.6-7.0]
and OR=6.9 [95% CI=2.2-22.2], respectively). Toilet status
(non-water closet toilet) and contact with HFMD patients
were significant risk factors for HFMD (OR=2.8 [95%
CI=1.1-6.7] and OR=5.0 [95% CI=1.4-17.7], respectively).
However, other factors were not associated with the risk of
AM or HFMD.
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