Search

Objective: To describe the characteristics of hospital admissions for dental conditions, by Australian Statistical Geography Standard remoteness area for the 5 years 2010/2011 to 2014/2015., Design: Retrospective analysis of preventable hospital admissions due to dental conditions., Setting: National data set provided by the Australian Institute of Health and Welfare., Participants: Every hospital admission for patients who were admitted for dental conditions over five financial years, from 2010/2011 to 2014/2015., Main Outcome Measures: The number (and rate per 1000 population) of hospital admissions due to dental conditions in each Australian Statistical Geography Standard remoteness area (major city, inner regional, outer regional, remote and very remote)., Results: There were 316 937 hospital admissions for dental conditions over the 5-year period. The rate of potentially preventable dental hospital admissions ranged from an average of 2.5 per 1000 population in major cities to 3.2 in inner regional areas, 3.1 in outer regional areas, and 4.1 per 1000 in remote and very remote areas. The rate of admissions was highest among those aged 0-14 years living in remote (9.0-10.0 per 1000) and very remote (9.8-12.5 per 1000) areas. Dental caries was the most common reason for admissions., Conclusions: There is an urgent need to address the social determinants of oral health in children aged 0-14 years living in remote and very remote Australia. The delivery of mobile primary dental care services needs to be expanded in remote and very remote areas to prevent and treat dental caries., (© 2019 National Rural Health Alliance Ltd.)

Objectives: To determine the association of overweight/obesity, dental caries and dietary sugars in Australian adults., Materials and Methods: The National Survey of Adult Oral Health (NSAOH) 2004-2006 provided data for analysis of dental caries experience. Self-reported body weight and height were used to calculate body mass index (BMI) for a subsample (n = 3,745, 89.8%) of the NSAOH data. A self-report questionnaire of 13 food items estimated the daily intake of added sugar, total sugars and total carbohydrate, using food composition estimates from the AUSNUT2011-2013. Bivariate analyses (Pearson's Chi-square with Rao-Scott adjustment and Student's t-tests) were used to determine the association of overweight/obesity, dental caries, sugar variables and putative confounders. Poisson regression models for the Decayed, Missing and Filled Teeth Index and individual measures of decayed, missing and filled teeth were constructed, with models containing BMI, dietary added sugar, total sugar and total carbohydrate, controlling for putative confounders., Results: There was a positive association between dental caries experience and being overweight or obese compared with having normal weight or being underweight as well as between sugar consumption with all four dental caries outcome measures. When controlled for putative confounders where sugar consumption was identified as a key determinant, the statistical significance between dental caries experience and being overweight or obese disappeared. The demographic and socioeconomic factors associated with dental caries experience were age, sex, education, smoking status and usual reason for dental visit., Conclusion: Analysis of the relationship between dental caries and obesity must include data about sugar and carbohydrate consumption., (© 2019 FDI World Dental Federation.)

Timor-Leste struggles with problems of poverty and inequalities that underlie many health disparities, including oral health. This study aimed to determine the association between parental education and dental caries in school children aged 6 to 17 years from 40 randomly selected schools in 4 Dili subdistricts. A questionnaire and oral examination collected data and multivariable log binomial models were used for data analysis. Results indicate no association between parental education level and the prevalence of untreated decay in deciduous teeth ( P = .96). There was an association between parental education level and untreated decay in permanent teeth ( P = .03) and untreated decay overall ( P = .01). Children whose parents had higher education levels have approximately half the relative risk (aRR 0.47, 95% CI 0.25-0.89) of decay compared with children whose parents had low levels of education.

Objective: To explore the water fluoridation status of rural Victorian towns over 1000 population and document the oral health profile in the local government areas (LGAs) currently with no water fluoridation. To assist/inform future LGA planning, we describe a case study of a community‐based co‐design approach to increase access to fluoridated water in rural communities. Design: A descriptive design and a case study. Setting: Rural Victorian towns over 1000 population. Participants: Twenty‐nine LGAs in rural areas. Main Outcome Measure(s): LGA water fluoridation status and oral health profiles. Results: Sixty‐six (33%) of the 203 Victorian rural towns with >1000 population, representing 149 251 people, did not have access to fluoridated water. Towns in 29 rural LGAs were included with 62% without water fluoridation with many having higher than the Victorian average of preventable hospital admissions due to dental conditions in children aged 0–9 years. Over 50% of children aged 0–12 years living in these rural nonfluoridated LGAs had above‐the‐state average rates of decayed, missing and filled teeth (dmft/DMFT). In those aged 0–5 years, this was the highest with 78% above‐the‐state average. In the case study, meetings were well attended, and the group resolved to lobby for water fluoridation, which was successful. Conclusion: Many Victorian rural towns do not have access to fluoridated water. A community‐based co‐design approach can dispel ill‐informed concerns about dangers of water fluoridation to successfully lobby the state government to fluoridate the local water supply. [ABSTRACT FROM AUTHOR]

Aims: Evidence suggests there are geographical variations in child oral health and this has prompted research into determinants of that variation. This study aimed to investigate factors attributable to the difference in child oral health between urban and rural areas in Australia. Method: Data were from the National Child Oral Health Study 2012‐14, a population‐based study of 5‐ to 14‐year‐old children, who underwent oral epidemiological examinations by trained examiners. Caries prevalence (dmfs/DMFS > 0) and experience (dmfs/DMFS count) in the primary dentition (5‐ to 8‐year‐old) and permanent dentition (9‐ to 14‐year‐old) were calculated. Children were grouped by residential location (urban or rural areas). A parental questionnaire collected information on family socio‐economic factors, and individual health behaviours (dental access, sugar consumption and toothbrushing). Residential history was used to calculate lifetime exposure to water fluoridation (WF). Analyses were weighted to produce population‐representative estimates. The primary outcomes were assessed separately for the two groups in regression models with robust standard error estimation to estimate prevalence ratios and mean ratios and their 95% confidence intervals. Population Attributable Fractions were calculated using the population distribution of the exposures and their adjusted estimates. Results: 10 581 5‐ to 8‐year‐old and 14 041 9‐ to 14‐year‐old children were included. Caries prevalence was higher in rural than in urban areas. In multivariable models, exposure to fluoridation, reason for dental visit and consumption of sugary beverages were consistently associated with caries prevalence and experience. WF coverage attributed to differences in caries prevalence (10% vs 21%) and experience (14% vs 35%) in the permanent dentition. High consumption of sugary beverages attributed to a higher primary and permanent dental caries experience in rural than in urban areas. Dental access was also attributed to the differences between the two areas. Conclusion: Factors at both community and individual levels attributed to the observed differences in child caries prevalence and experience between urban and rural areas. [ABSTRACT FROM AUTHOR]

Objective To determine if clinical oral health outcomes differ between people who reside in major city, inner regional and outer regional areas of Australia. Design Data from the National Survey of Adult Oral Health 2004-06 that used a clustered stratified random sampling design with telephone interviews, standardised oral epidemiological examinations and self-complete questionnaires were used to compare the clinical oral health. Main outcome measures Decayed, missing and filled permanent teeth. Participants Australians aged 15 years or more. Data were weighted by age, sex and regional location to the Estimated Resident Population, bivariate analysis undertaken to determine confounders and multivariate analysis completed with dental caries clinical measures as dependent variables. Results Inner regional people had a significantly higher decayed, missing and filled teeth than people from major cities ( Estimate = 1.15, P < 0.01), but there was no difference between inner and regional areas. Older people had higher outcomes for decayed, missing and filled teeth (15.42, P < 0.01) and missing teeth (9.66, P < 0.01), but less decayed teeth (−0.37, P < 0.01), and people with the highest incomes had lower dental caries experience (−1.34, P < 0.01) and missing teeth (−1.42, P < 0.01). Conclusion Dental caries experience was greater in inner regional areas than in major city areas, but not outer regional areas. Dental caries experience was similar in outer regional and major city areas. [ABSTRACT FROM AUTHOR]

Background: Previous studies have shown variation in long-term dental visiting but little is known about the oral health outcomes of such variation. Objective: The objective of this study is to determine the association of different dental visiting trajectories with dental clinical and oral health-related quality of life (OHRQoL) indicators. Methods: This study utilized data from the Dunedin Multidisciplinary Health and Development Study, a continuing longitudinal study of 1,037 babies born in Dunedin (New Zealand) between April 1, 1972 and March 31, 1973. Data presented here were collected at ages 15, 18, 26, and 32 years. Three categories of dental attendance were identified in earlier research, namely: regulars ( n = 285, 30.9 percent of the cohort), decliners (441, 55.9 percent), and opportunistic users (107, 13.1 percent). Results: There was a statistically significant association between opportunistic dental visiting behavior and decayed missing and filled surfaces score (Beta = 3.9) as well as missing teeth because of caries (Beta = 0.7). Nonregular dental visiting trajectories were associated with higher Oral Health Impact Profile (OHIP-14) scores (Beta = 2.1) and lower self-rated oral health scores (prevalence ratio = 0.8). Conclusion: Long-term, postchildhood dental attendance patterns are associated with oral health in adulthood, whether defined by clinical dental indicators or OHRQoL. Improving dental visiting behavior among low socioeconomic status groups would have the greatest effect on improving oral health and reducing oral health impacts. [ABSTRACT FROM AUTHOR]