Emergency Department Presentations by Children in Remote Australia: A Population-based Study.

Background. Aboriginal leaders invited us to examine the frequency and reasons for emergency department (ED) presentations by children in remote Western Australia, where Prenatal Alcohol Exposure (PAE) is common. Methods. ED presentations (2007-11 inclusive) were examined for all children born in the Fitzroy Valley in 2002-03. Results. ED data for 127/134 (94.7%) children (95% Aboriginal) showed 1058 presentations over 5-years. Most (81%) had at least 1 presentation (median 9.0, range 1-50). Common presentations included: screening/follow-up/social reasons (16.0%), injury (15.1%), diseases of the ear (14.9%), skin (13.8%), respiratory tract (13.4%), and infectious and parasitic diseases (9.8%). PAE and higher presentations rates were associated. Commonly associated socio-economic factors were household over-crowding, financial and food insecurity. Conclusion. Children in very remote Fitzroy Crossing communities have high rates of preventable ED presentations, especially those with PAE. Support for culturally appropriate preventative programs and improved access to primary health services need to be provided in remote Australia.

Counting fetal alcohol spectrum disorder in Australia: the evidence and the challenges.

ISSUES: Alcohol exposure in utero is associated with a range of adverse outcomes in pregnancy and can cause long-term disability. Fetal alcohol spectrum disorder (FASD) is an umbrella term to describe a range of effects from prenatal alcohol exposure including fetal alcohol syndrome (FAS). Determining the prevalence of FASD is challenging. APPROACH: This narrative review collates information on the prevalence of FASD in Australia and documents the various methods used for attaining estimates and the limitations of the available data. KEY FINDINGS: Birth prevalence of FASD is most commonly measured through clinic-based studies, passive surveillance systems and active case ascertainment. Alcohol use in pregnancy and FAS in Australia is predominantly monitored through passive surveillance systems and under-ascertainment of cases is likely. State- and territory-based studies have reported birth prevalence rates of FAS of between 0.01 and 0.68 per 1000 live births. Prevalence rates of FASD have not been estimated in Australia. As reflected in the international data, Australian studies have found higher rates of FAS among some Indigenous communities. This likely reflects patterns of alcohol use and other socioeconomic risk factors. IMPLICATIONS: Under-recognition of FASD reflects incomplete and inconsistent data collections recording alcohol use in pregnancy, lack of awareness among health professionals and a lack of diagnostic and support services. CONCLUSION: Accurate measurement of FASD prevalence is crucial to inform policy, resource and service development in the areas of health, education, justice and community. There is a need for consensus on the collection and best use of data. [Burns L, Breen C, Bower C, O' Leary C, Elliott EJ. Counting fetal alcohol spectrum disorders in Australia: the evidence and the challenges. Drug Alcohol Rev 2013;32:461-467].