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Conclusions: Prophylactic immunotherapy with IVIgG did not improve the immune competence in preterm infants with low serum IgG concentrations at birth.
Mercury exposures prior to 3 months preconception are assumed to have a negligible contribution to blood mercury concentrations at birth.
Additional control for maternal factors did not materially alter the association between predicted serum PFOA concentrations at birth and eGFR.
In summary, this large systematic study shows that common IGF1 variants modestly influence circulating IGF-1 concentrations at birth and during childhood.
Plasma proteins responsible for the majority of drug binding in humans, albumin and α-1-acid glycoprotein, are present in lower concentrations at birth relative to adult values.
The significantly higher maternal serum concentrations of these PFASs at 16 weeks than both the maternal and infant's concentrations at birth suggest transplacental transfer of PFASs.
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We speculate that a spontaneously high serum IgG concentration at birth reflects placenta function and is an indicator of a more mature immune system capable of protecting the preterm infant against severe neonatal infections.
Haemoglobin concentration at birth c.
Infants are also likely to have a higher manganese concentration at birth.
This is consistent with our finding of a correlation between plasma/blood Pb ratios and cord blood Pb concentration at birth.
Mean serum 25(OH D concentration at birth for the EPTI cohort was 46.3 nmol/L (SD 14.0) with lower concentrations in infants born <28 weeks PMA (42.0±9.8 nmol/L) than at 28 32 weeks (51.8±19.5 nmol/L), p=0.02.
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