Abstract
ObjectiveMaternal iron needs increase 6-fold during pregnancy, but obesity interferes with iron absorption. We hypothesized that maternal obesity impairs fetal iron status.Study Design316 newborns with risk factors for infantile iron deficiency anemia (IDA) were studied to examine obesity during pregnancy and neonatal iron status. Erythrocyte iron was assessed by cord blood hemoglobin (Hb), zinc protoporphyrin/heme (ZnPP/H) and reticulocyte-ZnPP/H and storage iron by serum ferritin.ResultsWomen with body mass index ≥30 kg/m2, as compared with non-obese women, delivered larger offspring with higher reticulocyte-ZnPP/H, and lower serum ferritin concentrations (p<0.05 for both). With increasing BMI, estimated body iron was relatively lower (mg/kg) and the ratio of total Hb-bound iron (mg)/total body iron (mg) increased. Maternal diabetes compromised infant iron status, but multivariate analysis demonstrated that obesity was an independent predictor.ConclusionsObesity during pregnancy and excessive weight gain are independent risk factors for iron deficiency in the newborn.
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