Dudko Yevgeni, Kruger Estie, Tennant Marc
International Research Collaborative, School of Anatomy, Physiology and Human Biology, The University of Western Australia, Perth, Western Australia, Australia.
Rural Remote Health. 2017 Jan-Mar;17(1):3814. doi: 10.22605/rrh3814. Epub 2017 Jan 12.
Australia is one of the least densely populated countries in the world, with a population concentrated on or around coastal areas. Up to 33% of the Australian population are likely to have untreated dental decay, while people with inadequate dentition (fewer than 21 teeth) account for up to 34% of Australian adults. Historically, inadequate access to public dental care has resulted in long waiting lists, received much media coverage and been the subject of a new federal and state initiative. The objective of this research was to gauge the potential for reducing the national dental waiting list through geographical advantage, which could arise from subcontracting the delivery of subsidised dental care to the existing network of private dental clinics across Australia.
Eligible population data were collected from the Australian Bureau of Statistics website. Waiting list data from across Australia were collected from publicly available sources and confirmed through direct communication with each individual state or territory dental health body. Quantum geographic information system software was used to map distribution of the eligible population across Australia by statistical area, and to plot locations of government and private dental clinics. Catchment areas of 5 km for metropolitan clinics and 5 km and 50 km for rural clinics were defined. The number of people on the waiting list and those eligible for subsidised dental care covered by each of the catchment areas was calculated. Percentage of the eligible population and those on the waiting list that could benefit from the potential improvement in geographic access was ascertained for metropolitan and rural residents.
Fifty three percent of people on the waiting list resided within metropolitan areas. Rural and remote residents made up 47% of the population waiting to receive care. The utilisation of both government and private dental clinics for the delivery of subsidised dental care to the eligible population has the potential to improve geographic access for up to 25% of those residing within metropolitan areas and up to 59% for eligible country residents.
This research finds that utilisation of the existing network of private dental practices across Australia for delivery of subsidised dental care could dramatically increase geographic reach, reduce waiting lists, and possibly make good oral health a more realistic goal to achieve for the economically disadvantaged members of the community. In addition, this approach has the potential to improve service availability in rural and remote areas for entire communities where existing socioeconomic dynamics do not foster new practice start-up.
澳大利亚是世界上人口密度最低的国家之一,人口集中在沿海地区或其周边。高达33%的澳大利亚人口可能有未经治疗的龋齿,而牙列不完整(少于21颗牙齿)的人占澳大利亚成年人的比例高达34%。从历史上看,获得公共牙科护理的机会不足导致了长长的等候名单,受到了大量媒体报道,并且成为联邦和州一项新举措的主题。本研究的目的是评估通过地理优势减少全国牙科等候名单的潜力,这种地理优势可能源于将补贴牙科护理的提供分包给澳大利亚各地现有的私人牙科诊所网络。
从澳大利亚统计局网站收集符合条件的人口数据。从公开可用来源收集澳大利亚各地的等候名单数据,并通过与每个州或领地的牙科健康机构直接沟通进行确认。使用量子地理信息系统软件按统计区域绘制澳大利亚符合条件人口的分布情况,并绘制政府和私人牙科诊所的位置。定义了大都市诊所5公里的服务范围以及农村诊所5公里和50公里的服务范围。计算每个服务范围内等候名单上的人数以及有资格获得补贴牙科护理的人数。确定了大都市和农村居民中符合条件的人口以及等候名单上那些可能从地理可及性的潜在改善中受益的人的百分比。
等候名单上53%的人居住在大都市地区。农村和偏远地区居民占等待接受治疗人口的47%。利用政府和私人牙科诊所为符合条件的人口提供补贴牙科护理,有可能使大都市地区高达25%的居民以及符合条件的农村居民高达59%的居民在地理可及性方面得到改善。
本研究发现,利用澳大利亚各地现有的私人牙科诊所网络提供补贴牙科护理,可以显著扩大地理覆盖范围,减少等候名单,并可能使良好的口腔健康成为社区中经济弱势群体更现实的目标。此外,这种方法有可能改善农村和偏远地区整个社区的服务可及性,因为现有的社会经济动态不利于新诊所开业。