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This study aimed to identify maternal and family factors that may predict increases or decreases in child eating disorder symptoms over time, accounting for...
These data highlight that antigen administration to the neonate through the oral route may contribute to child allergic sensitization and have important...
Our global health crisis and the pandemic of noncommunicable diseases (NCDs) is clearly rooted in complex modern societal and environmental changes, many of...
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.
While international evidence suggests seasonal variations may influence outcomes of interventions for pediatric obesity, data for Aotearoa New Zealand are limited. We examined seasonal variations in changes in body mass index standard deviation score (BMI SDS) in young people with obesity enrolled in an intervention programme.
This longitudinal analysis in Australian women evaluated change in diet quality and food and nutrient intakes from the third trimester of pregnancy to 1-year postpartum with comparison to national nutrition recommendations. Associations between diet quality, sociodemographic and health characteristics were also investigated.
To describe the infant and maternal characteristics of the Early Moves cohort and to assess representativeness to the general population, and to evaluate the implementation fidelity of an application-based collection of General Movement Assessment (GMA) videos at writhing and fidgety age.
For parents and guardians, assisting children/adolescents with severe obesity to lose weight is often a key objective but a complex and difficult challenge. Our aim in this study was to explore parents' (and guardians') perspectives on the challenges they have faced in assisting their children/adolescents with severe obesity to lead a healthy lifestyle.
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.