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The community food environment and its association with diet, health or weight status in Australia: A systematic review with recommendations for future research

This study systematically reviewed Australian literature to determine if an association exists between geospatial exposure to food outlets and diet, health or weight status. Recommendations for future research are provided.

Nutrition in early life interacts with genetic risk to influence preadult behaviour in the Raine Study

Early life nutrition is associated with child behaviour; however, the interplay with genetic vulnerability is understudied. We hypothesised that psychiatric genetic risk interacted with early nutrition to predict behavioural problems in childhood and adolescence.

Back to school anxiety: How to help your child transition into the new school year

As we count down to the end of the long summer holidays, it’s natural for children to feel anxious about what the new school year will bring.

Maternal work hours in early to middle childhood link to later adolescent diet quality

Previous studies on maternal work hours and child diet quality have reported conflicting findings possibly due to differences in study design, lack of a...

Just what the doctor ordered: moving forward with electronic health records

To provide dietitians with information on the proposed introduction of electronic medical records in Australia and New Zealand and discuss potential benefits...

Maternal consumption of coffee and tea during pregnancy and risk of childhood ALL: Results from an Australian case-control study

The objective of this study was to investigate whether maternal coffee and/or tea consumption during the last 6 months of pregnancy was associated with risk...

Essential fatty acids and mood: A systematic review of observational studies

Essential polyunsaturated (omega-3 and omega-6) fatty acids have been proposed to play a role in the aetiology of mood disorders. However, a systematic...

Hepatic iron loading in mice increases cholesterol biosynthesis

Iron and cholesterol are both essential metabolites in mammalian systems, and too much or too little of either can have serious clinical consequences