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Including immediate implications for pregnancy complications, increasing evidence implicates maternal obesity having a major impact on long term child health.
We discuss how the choice of probiotic strains, timing and duration of administration can critically influence the outcome due to different effects on immune modulation and gut microbiota composition
Maternal n-3 LCPUFA supplementation did not provide sustained effects on postnatal oxidative stress and telomere length as observed in the offspring
ORIGINS is Australia's largest longitudinal cohort study of its kind. Following 10,000 WA children from their time in the womb into early childhood, ORIGINS researchers are working to better understand when and why non-communicable diseases develop, and provide solutions for early intervention to ensure every child and family flourishes throughout their lifetime.
This review aims to summarise and evaluate the potential mechanisms and evidence for the role of prenatal infection on the central nervous system, and how it...
Antioxidant intakes in pregnancy may influence fetal immune programming and the risk of allergic disease.
Ingestion of prebiotics during pregnancy and lactation may have immunomodulatory benefits for the developing fetal and infant immune system and provide a potential dietary strategy to reduce the risk of allergic diseases. We sought to determine whether maternal supplementation with dietary prebiotics reduces the risk of allergic outcomes in infants with hereditary risk.
The transition to motherhood can be challenging, especially for first-time mothers, and can accompany maternal distress. Social support—such as that offered by peers—can be important in assisting mothers to manage such distress.
Immunomodulatory proteins in human milk (HM) can shape infant immune development. However, strategies to modulate their levels are currently unknown. This study investigated whether maternal prebiotic supplementation alters the levels of immunomodulatory proteins in HM.
Malaria is a deadly disease caused by Plasmodium spp. Several blood phenotypes have been associated with malarial resistance, which suggests a genetic component to immune protection.