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Arsenic (As), a ubiquitous environmental toxicant, has recently been linked to disrupted immune function and enhanced infection susceptibility in highly exposed populations. In drinking water, as levels above the EPA maximum contaminant level occur in our US study area and are a particular health concern for pregnant women and infants. As a part of the New Hampshire Birth Cohort Study, we investigated whether in utero exposure to As affects risk of infant infections. We prospectively obtained information on 4-month-old infants (n=214) using a parental telephone survey on infant infections and symptoms, including respiratory infections, diarrhea and specific illnesses, as well as the duration and severity of infections. Using logistic regression and Poisson models, we evaluated the association between maternal urinary As during pregnancy and infection risks adjusted for potentially confounding factors. Maternal urinary As concentrations were related to total number of infections requiring a physician visit (relative risk (RR) per one-fold increase in As in urine=1.5; 95

作者:Shohreh F, Farzan;Susan, Korrick;Zhigang, Li;Richard, Enelow;A Jay, Gandolfi;Juliette, Madan;Kari, Nadeau;Margaret R, Karagas

来源:Environmental research 2013 年 126卷

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作者:
Shohreh F, Farzan;Susan, Korrick;Zhigang, Li;Richard, Enelow;A Jay, Gandolfi;Juliette, Madan;Kari, Nadeau;Margaret R, Karagas
来源:
Environmental research 2013 年 126卷
标签:
Arsenic As EPA Environmental Protection Agency Infant respiratory infection MCL NHBCS New Hampshire Birth Cohort Study Pregnancy Prenatal exposure US cohort arsenic maximum contaminant level
Arsenic (As), a ubiquitous environmental toxicant, has recently been linked to disrupted immune function and enhanced infection susceptibility in highly exposed populations. In drinking water, as levels above the EPA maximum contaminant level occur in our US study area and are a particular health concern for pregnant women and infants. As a part of the New Hampshire Birth Cohort Study, we investigated whether in utero exposure to As affects risk of infant infections. We prospectively obtained information on 4-month-old infants (n=214) using a parental telephone survey on infant infections and symptoms, including respiratory infections, diarrhea and specific illnesses, as well as the duration and severity of infections. Using logistic regression and Poisson models, we evaluated the association between maternal urinary As during pregnancy and infection risks adjusted for potentially confounding factors. Maternal urinary As concentrations were related to total number of infections requiring a physician visit (relative risk (RR) per one-fold increase in As in urine=1.5; 95