How Can We Find Out What Indigenous Children and Their Families Need to Manage Weight? Lessons from Formative Nutrition Intervention Research with First Australians.

In Australia, Indigenous children have rates of overweight and obesity 1.5 times those of non-Indigenous children. Culturally safe and effective nutrition interventions are needed for this group. This paper aims to describe a Community-based Participatory Action Research (CPAR) approach to designing formative nutrition intervention research with First Australian children and their families and to reflect on the challenges arising from this process. After obtaining ethical approvals, a Steering Committee (SC), including nine Aboriginal and Torres Strait Islander people experienced in delivering or receiving health care, was established as a project governance body to develop culturally safe project materials and methods. The Indigenous research method of yarning circles was chosen by the SC for the community consultation, and the First Australian SC members were trained to collect the data. They liaised with community organizations to recruit yarning circle participants. Individual interviews conducted by an Aboriginal research assistant replaced yarning circles due to the COVID-19 pandemic lockdowns. While the CPAR approach to formative research was successful, the pandemic and other factors tripled the study duration. To authentically, ethically and safely engage First Australians in research, researchers need to decolonize their methodological approach, and funding bodies need to allow adequate time and resources for the process.

Cultural adaptation of health interventions including a nutrition component in Indigenous peoples: a systematic scoping review.

BACKGROUND: Indigenous populations throughout the world experience poorer health outcomes than non-indigenous people. The reasons for the health disparities are complex and due in part to historical treatment of Indigenous groups through colonisation. Evidence-based interventions aimed at improving health in this population need to be culturally safe. However, the extent to which cultural adaptation strategies are incorporated into the design and implementation of nutrition interventions designed for Indigenous peoples is unknown. The aim of this scoping review was to explore the cultural adaptation strategies used in the delivery of nutrition interventions for Indigenous populations worldwide. METHODS: Five health and medical databases were searched to January 2020. Interventions that included a nutrition component aimed at improving health outcomes among Indigenous populations that described strategies to enhance cultural relevance were included. The level of each cultural adaptation was categorised as evidential, visual, linguistic, constituent involving and/or socio-cultural with further classification related to cultural sensitivity (surface or deep). RESULTS: Of the 1745 unique records screened, 98 articles describing 66 unique interventions met the inclusion criteria, and were included in the synthesis. The majority of articles reported on interventions conducted in the USA, Canada and Australia, were conducted in the previous 10 years (n = 36) and focused on type 2 diabetes prevention (n = 19) or management (n = 7). Of the 66 interventions, the majority included more than one strategy to culturally tailor the intervention, combining surface and deep level adaptation approaches (n = 51), however, less than half involved Indigenous constituents at a deep level (n = 31). Visual adaptation strategies were the most commonly reported (n = 57). CONCLUSION: This paper is the first to characterise cultural adaptation strategies used in health interventions with a nutrition component for Indigenous peoples. While the majority used multiple cultural adaptation strategies, few focused on involving Indigenous constituents at a deep level. Future research should evaluate the effectiveness of cultural adaptation strategies for specific health outcomes. This could be used to inform co-design planning and implementation, ensuring more culturally appropriate methods are employed.

Implementation of the 'Healthier Drinks at Healthcare Facilities' strategy at a major tertiary children's hospital in Brisbane, Australia.

OBJECTIVE: The World Health Organization recommends people reduce their free sugar consumption to <10% of daily energy intake. This study aimed to determine the viability of the 'Healthier Drinks at Healthcare Facilities' strategy to reduce the amount of free sugar available in beverages and influence consumer purchasing patterns. METHODS: Beverage environment modifications at a children's hospital limited the availability of less healthy options. Using a convergent parallel mixed-methods design, sales data from retail food outlets (n=7) and vending machines (n=14) were collected from January 2017 to May 2018. Employees (n=105) and visitors (n=102) completed surveys, and retail food outlet managers (n=3) completed semi-structured interviews. Data were analysed via descriptive statistics, independent t-tests and content analysis. RESULTS: The strategy decreased the availability of less healthy beverages and resulted in a significant increase in the proportion of 'green' (healthier) beverages sold (3%, p=0.002), and a decrease in the proportion of 'red' (less healthy) beverages sold (5%, p=0.011). Overall, sales did not change (p=0.243). The majority of participants supported the strategy. CONCLUSIONS: Overall, a shift in consumer purchasing patterns resulted. Further modification of the beverage environment is encouraged to increase impact. Implications for public health: This strategy was feasible and acceptable in a healthcare setting.