Search

Dietary intake during the first year of life is a key determinant of a child's growth and development. ORIGINS is a longitudinal birth cohort study investigating factors that contribute to a 'healthy start to life' and the prevention of non-communicable diseases.

The BioMood project will study how following a Mediterranean diet during pregnancy affects the gut microbiome, metabolism, and inflammation, with the expectation that it will promote a healthier microbiome and better mental health.

Four The Kids Research Institute Australia-based biobanks which underpin a range of cancer, respiratory and early life research have received more than $450,000 in funding.

Research data from more than one million Australian and Welsh children will be examined to help better understand how the built environment affects child health and obesity, as part of an international research project to be co-led by The Kids Research Institute Australia.

First-of-its-kind findings show that newborns exclusively fed colostrum in their first 72 hours of life were five times less likely to develop a peanut allergy by 12-18 months, and 11 times less likely to develop multiple food allergies (such as egg or cow’s milk) compared with infants who also received formula

ORIGINS, the largest longitudinal cohort study of its kind in Australia, delivered in partnership between The Kids Research Institute Australia and Joondalup Health Campus, has received $1.5 million funding from the Minderoo Foundation.

This study is investigating whether a machine learning based approach can be used to improve fetal brain anatomy measurement for learning development studies.

Information about ORIGINS Confidentiality Statement.

Global food systems are a central issue for personal and planetary health in the Anthropocene. One aspect of major concern is the dramatic global spread of ultra-processed convenience foods in the last 75 years, which is linked with the rising human burden of disease and growing sustainability and environmental health challenges.

A significant number of babies present transiently with low protein kinase C zeta (PKCζ) levels in cord blood T cells, associated with reduced ability to transition from a neonatal Th2 to a mature Th1 cytokine bias, leading to a higher risk of developing allergic sensitisation, compared to neonates whose T cells have 'normal' PKCζ levels. However, the importance of PKCζ signalling in regulating their differentiation from a Th2 to a Th1 cytokine phenotype propensity remains undefined.