A reduction in reported alcohol use in pregnancy in Australian Aboriginal communities: a prevention campaign showing promise.

OBJECTIVE: Aboriginal leaders in remote Western Australian communities with high rates of prenatal alcohol exposure invited researchers to evaluate the community-led Marulu foetal alcohol spectrum disorder (FASD) Prevention Strategy initiated in 2010. METHODS: The proportion of women reporting alcohol use during pregnancy to midwives was compared between 2008, 2010 and 2015. Initial midwife appointments were calculated by weeks of gestation. The proportions of women reporting alcohol use by age at birth were compared. RESULTS: Alcohol use reduced significantly from 2010 (61.0%) to 2015 (31.9%) with first-trimester use reducing significantly from 2008 (45.1%) to 2015 (21.6%). Across all years, 40.8% reported alcohol use during pregnancy and 14.8% reported use in both first and third trimesters. Most women attended the midwife in the first trimester. There was a significant relationship between increased maternal age and third-trimester alcohol use. CONCLUSIONS: The reduction in reported prenatal alcohol exposure in an Aboriginal community setting during a period of prevention activities provides initial evidence for a community-led strategy that might be applicable to similar communities. Implications for public health: The reductions in alcohol use reduce the risk of children being born with FASD in an area with high prevalence, with possible resultant reductions in associated health, economic and societal costs.

Development of a referral pathway framework for foetal alcohol spectrum disorder in the Pilbara.

INTRODUCTION: This article describes the process of mapping referral pathways to develop a localised resource to enhance the journey to diagnosis, treatment and support for foetal alcohol spectrum disorder (FASD) in a regional community setting. METHODS: Over a 6-month period, a research officer engaged service providers in Port and South Hedland, Western Australia, using participatory action research methods. An iterative process included a service environment scan, interviews with service leaders and refinement of progressive drafts of the pathway through the Hedland FASD Network. A community reference group advised on cultural issues. RESULTS: Referral pathways for interagency sectors (health, education, justice) were developed. Three pathway schematics and a companion four-page referral protocol were endorsed. The pathways were disseminated to all service providers and consensus was reached to trial the pathways within existing service systems. CONCLUSION: The process of referral pathway development provided a service mapping and gapping exercise to facilitate service integration. Evaluation of the resource will be conducted using the RE-AIM framework. The referral pathways template has been adapted and trialled by health and other professionals in several sites across Australia. The model developed for FASD can be applied to other neurodevelopmental disorders.

Overcoming the challenges of caring for a child with foetal alcohol spectrum disorder: a Pilbara community perspective.

Introduction Foetal alcohol spectrum disorder (FASD) is a neurodevelopmental impairment that may result in individuals experiencing poor development, cognitive issues and disruptive behaviours. In Australia, the prevalence of FASD is unknown; however, two studies have revealed the prevalence of FASD in high risk populations in Western Australia. Individuals with FASD may experience higher rates of negative outcomes including poor school performance, involvement with the justice system and incarceration, substance use and are at risk of being placed in out-of-home care. Caregivers of children with FASD can experience challenges and high levels of stress due to the disruptive behaviours displayed by many children diagnosed with FASD. Whilst experiences of caregivers raising children with FASD have been documented globally, little is known about the experiences of caregivers in a remote Australian context, particularly from an Australian Aboriginal perspective. This study aimed to investigate the experiences of caregivers in a remote Australian context. The findings will be valuable to inform programs at the family, community and broader policy levels that can help enhance children's development and wellbeing. METHODS: Participants (n=7) in this qualitative study were recruited through a FASD diagnostic clinic and family support organisation in the Port Hedland region of Western Australia. Eligible participants were previous or current caregivers of children with a FASD diagnosis or risk of FASD and provided informed consent before participating in semi-structured interviews using a phenomenological approach. The interviews were 30-60 minutes in duration and were audio-recorded and transcribed verbatim using NVivo 11 computer software, with all identifying information removed. RESULTS: The caregivers provided rich, descriptive narratives revealing the challenges and stress they experienced when they first started caring for their child with FASD. Caregivers articulated how they developed and adapted strategies through trial and error that enabled them to better manage disruptive behaviours and maintain a stable, calm environment. A thematic analysis revealed four major themes: the importance of routine and structure for the child and family, the importance of family support, the benefits of peer support groups and various social issues impacting children's development. Maintaining routine and structure had helped many caregivers mitigate stress and reduce disruptive behaviours, and family support allowed caregivers some respite whilst ensuring children remained connected to their biological families and culture. The caregivers also shared that peer support groups would be beneficial to share stories and strategies with others experiencing similar circumstances. Broader societal issues requiring attention at the community level were discussed, in addition to caregivers having awareness of the complexities impacting the children's biological families. CONCLUSION: The caregivers in this study have gained valuable knowledge and wisdom through caring for a child with FASD that can benefit health professionals and the broader community. Whilst the caregivers in this study have overcome challenges through developing and adapting their own strategies, support services providing tailored programs for caregivers when they first start caring for a child with FASD would be beneficial. Furthermore, formal respite was not utilised by the caregivers in this study due to safety issues, inconsistent parenting and interrupted routines, therefore investigation into training respite caregivers in the area of FASD would be beneficial. Furthermore, respite services should consider provisions to include extended families and kinship relationships in a formal context to enable ongoing cultural and family connection, consistent parenting strategies and routines.

A systematic review of prevention interventions to reduce prenatal alcohol exposure and fetal alcohol spectrum disorder in indigenous communities.

BACKGROUND: Fetal alcohol spectrum disorder (FASD) is a preventable, lifelong neurodevelopmental disorder caused by prenatal alcohol exposure. FASD negatively impacts individual Indigenous communities around the world. Although many prevention interventions have been developed and implemented, they have not been adequately evaluated. This systematic review updates the evidence for the effectiveness of FASD prevention interventions in Indigenous/Aboriginal populations internationally, and in specific populations in North America and New Zealand, and offers recommendations for future work. METHOD: The MEDLINE, Embase, CINAHL Plus, Web of Science, PsycINFO, SocINDEX, and Informit databases were searched from inception to 22/08/2017 for all prevention and intervention papers published in peer-reviewed scientific journals, with results, targeting prenatal alcohol exposure and FASD in Indigenous populations. This review was limited to studies published in English and excluded interventions focusing on the workforce. All steps were completed independently by two reviewers with discrepancies resolved via consensus with the senior author. RESULTS: There was significant heterogeneity in the ten included studies. Populations targeted included non-pregnant women of child-bearing age, pregnant women, school children and the general public. Study designs included one randomised controlled trial, five cohort studies with pre-post design, one cross-sectional study with different pre- and post-intervention groups, and four studies collected post-intervention data. Studies assessed changes in knowledge, and/or changes in risk for prenatal alcohol exposure including self-reported alcohol consumption, use of birth control or a combination of both. One study was conducted in Australia and nine in the US. The methodological quality of all studies was rated as 'Poor' using the systematic review assessment tools developed by The National Heart, Lung and Blood Institute. Studies were subject to substantial bias due to issues such as high loss to follow-up, lack of control groups and the reliance on self-report measures to assess the main outcome. CONCLUSION: Overall, there is little evidence that previous interventions aiming to reduce the risk of prenatal alcohol exposure or FASD in Indigenous populations have been effective. Future intervention studies should address the cultural factors and historical context that are fundamental to successful work with Indigenous populations, and be designed, implemented and evaluated using rigorous methods. This systematic review was registered with PROSPERO, CRD42018086212.

Study protocol for a self-controlled cluster randomised trial of the Alert Program to improve self-regulation and executive function in Australian Aboriginal children with fetal alcohol spectrum disorder.

INTRODUCTION: While research highlights the benefits of early diagnosis and intervention for children with fetal alcohol spectrum disorders (FASD), there are limited data documenting effective interventions for Australian children living in remote communities. METHODS AND ANALYSIS: This self-controlled cluster randomised trial is evaluating the effectiveness of an 8-week Alert Program school curriculum for improving self-regulation and executive function in children living in remote Australian Aboriginal communities. Children in grades 1-6 attending any of the eight participating schools across the Fitzroy Valley in remote North-West Australia (N ≈ 363) were invited to participate. Each school was assigned to one of four clusters with clusters randomly assigned to receive the intervention at one of four time points. Clusters two, three and four had extended control conditions where students received regular schooling before later receiving the intervention. Trained classroom teachers delivered the Alert Program to students in discrete, weekly, 1-hour lessons. Student outcomes were assessed at three time points. For the intervention condition, data collection occurred 2 weeks immediately before and after the intervention, with a follow-up 8 weeks later. For control conditions in clusters two to four, the control data collection matched that of the data collection for the intervention condition in the preceding cluster. The primary outcome is change in self-regulation. FASD diagnoses will be determined via medical record review after the completion of data collection. The results will be analysed using generalised linear mixed modelling and reported in accordance with Consolidated Standards of Reporting Trials (CONSORT) guidelines. ETHICS AND DISSEMINATION: Ethical approval was obtained from the University of Western Australia (WA) (RA/4/1/7234), WA Aboriginal Health Ethics Committee (601) and WA Country Health Service (2015:04). The Kimberley Aboriginal Health Planning Forum Research Sub-Committee and WA Department of Education also provided approval. The results will be disseminated through peer-reviewed journals, conference presentations, the media and at forums. TRIAL REGISTRATION NUMBER: ACTRN12615000733572; Pre-results.