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ORIGINS' SYMBA study awarded State Government grant to extend vital research into allergies
In an Australian-first study, researchers at The Kids Research Institute Australia are investigating the effects of COVID-19 on the wellbeing of more than 2,000 families in the northern suburbs of Perth, measuring their perceived stress, financial hardship and family functioning during the pandemic.
A collaboration between The Kids Research Institute Australia and Joondalup Health Campus is poised to be a game-changer for early childhood development.
A Quinns Rocks family who became the 1000th family to sign up for the ORIGINS Project is excited to be contributing to such ground-breaking research.
A substantial funding boost from the Stan Perron Charitable Foundation will help to further extend one of Australia’s biggest longitudinal child health research studies centred around families from the Joondalup and Wanneroo communities.
Professor Desiree Silva with the 1000th family - Jess, Michael and Eli The multimillion-dollar ORIGINS Project, an extensive community-based
ORIGINS has several sub-projects exploring allergy development within the cohort, with a focus on respiratory conditions such as asthma and nutritional strategies for allergy prevention.
As well as ORIGINS long-term core research, there are a number of clinical trials, early interventions and shorter-term research studies that sit within ORIGINS. Known as sub-projects, these studies look at multiple aspects of child and family health and development.
Psychological distress in the early postpartum period can have long-lasting deleterious effects on a mother's well-being and negatively affect her infant's development. Intervention approaches based in contemplative practices such as mindfulness and loving-kindness and compassion are intended to alleviate distress and cultivate well-being and can be delivered effectively as digital mental health interventions.
Iron deficiency (ID) is the most common nutritional deficiency affecting young children. Serum ferritin concentration is the preferred biomarker for measuring iron status because it reflects iron stores; however, blood collection can be distressing for young children and can be logistically difficult. A noninvasive means to measure iron status would be attractive to either diagnose or screen for ID in young children.