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The Contribution of Geogenic Particulate Matter to Lung Disease in Indigenous ChildrenThe aim of this study was to assess the relationship between dust levels and health in Indigenous children in Western Australia
Research
A cross-sectional survey of environmental health in remote Aboriginal communities in Western AustraliaPoor environmental health is prevalent in remote Aboriginal communities and requires further delineation to inform environmental health policy
Research
Stillbirth and neonatal death rates across time: The influence of pregnancy terminations and birth defects in a Western Australian population-based cohort studyChanges in clinical practice related to pregnancy terminations have played a substantial role in shaping stillbirth and neonatal death rates in WA
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Translating aboriginal genomics — four letters closing the gapEstablishing a genomic reference for Australian Aboriginal populations
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Environmental health challenges in remote Aboriginal Australian communities: clean air, clean water and safe housingA considerable health disparity exists between Aboriginal and non-Aboriginal Australians, including a higher incidence and severity of cardiovascular and...
News & Events
Australia’s first Indigenous scientist appointed to CSIRO boardThe Kids Research Institute Australia and Australian National University Professor of Indigenous Genomics, Professor Alex Brown, has become the first Indigenous member of the Commonwealth Scientific and Industrial Research Organisation (CSIRO) Board.
Facilitate research interest & opportunities that involve Aboriginal families & communities and build the capacity and development of Institute researchers
Research
KAMS MOUAs part of the discussions with Kimberley Aboriginal Medical Service (KAMS) to establish the Broome site of the WAAHKN it has been agreed to establish...
Research
Shoulder dystocia in babies born to Aboriginal mothers with diabetes: a population-based cohort study, 1998–2015Australian Aboriginal and Torres Strait Islander women with diabetes in pregnancy (DIP) are more likely to have glycaemic levels above the target range, and their babies are thus at higher risk of excessive fetal growth. Shoulder dystocia, defined by failure of spontaneous birth of fetal shoulder after birth of the head requiring obstetric maneuvers, is an obstetric emergency that is strongly associated with DIP and fetal size.