Capitation registration and social deprivation in England. An inverse 'dental' care law?

GIS mapping of healthcare practices: do older adults have equitable access to dental and medical care in the UK?

Introduction Considering an ageing population with increasing comorbidities, access to oral and general healthcare is a growing concern. This study aimed to identify and compare access to dental and general practices. This study further aimed to ascertain if there exists a socioeconomic distribution of dental and general practices among older adults.Materials and methods A total of 13,007 dental practices and 13,759 general practices were mapped using geographic information system software, and overlaid with the UK older adult population and deprivation data by health areas. Data analysis was carried out by creating a geographical distribution map and by using descriptive statistics, Gini coefficients and Lorenz curves.Results NHS Central London Clinical Commissioning Group (CCG) held the highest dental practice-to-population ratio of 958 practices per 100,000 older adults, while NHS Manchester CCG held the highest general practice-to-population ratio of 264.4 general practices per 100,000 older adults. England had the highest Gini coefficients for general and dental practice at 0.214 and 0.195, respectively. Both dental and general practices were socioeconomically distributed among older adults in England, Wales and Northern Ireland, but not in Scotland.Conclusions An increasing proportion of older adults need access to healthcare that is based on clinical need, not the ability to pay; a founding principle of the NHS. This nation-wide study captures inequities in the spatial accessibility for older adults in the UK.

Dental specialist workforce and distribution in the United Kingdom: a specialist map

Objectives To illustrate, identify and assess a contemporary model of the geographic distribution of specialist dentists in relation to population age groups and rurality.Methods All UK dental specialists registered with the General Dental Council were extracted and paired with publicly available locations of work. Geographic information system tools were used to map specialist locations against population and rural-urban classifications of England, Wales, Scotland and Northern Ireland. The latest 2019 population estimates and health board areas were superimposed to create a specialist map. All other data were collected at the smallest geographic statistical areas and corresponding population data from the latest census.Results A total of 4,439 specialist titles were held by 3,041 individuals, linked to 3,459 unique locations of work. Specialist locations were mapped against 135 Clinical Commissioning Groups (CCGs) of England, seven Local Health Boards of Wales, 14 Health Boards of Scotland and five Health and Social Care Trusts of Northern Ireland. NHS Central London CCG had the highest specialist dentists per 100,000 people at 118.9; paediatric dentists per 20,000 children at 6.4; orthodontic dentists per 20,000 schoolchildren at 23.2; oral surgery dentists at 4.8 per 20,000 adults; and prosthodontic dentists at 7.2 per 20,000 adults. Orthodontics and oral surgery had the highest specialist-to-population ratios at 1:45,545 and 1:77,510, compared to oral and maxillofacial radiology and oral microbiology with the lowest ratios of 1:2,178,316 and 1:9,024,452, respectively. In England, Wales, Scotland and Northern Ireland, there were 79.5% (n = 42,140,039), 55.6% (n = 1,703,248), 46.9% (n = 2,481,996) and 42.9% (n = 776,295) of the respective populations that lived within 2.5 km of a specialist location. There were significant disparities in rural proximity to specialist locations across all nations. In Scotland, 40.8% of the rural population lived outside 10 km of a specialist location.Conclusions Stark inequalities exist in the geographic distribution of UK specialist dentists and high disparities were found in accessing a specialist, especially for vulnerable populations.

Public transport access to NHS dental care in Great Britain

Objective Access to transport is a common barrier to oral health. Greater dependence on public transport has shown delayed oral healthcare, lack of usual source of care and greater unmet health needs. This study examined the spatial accessibility of the population of Great Britain to public transport in providing access to oral healthcare.Methods A total of 8,791 dental practices in Great Britain were identified and geocoded. There were 10,444 rail, metro and light rail stops and 348,961 bus and tram stops. Geographic information systems were utilised to integrate the dental practice locations and public transport points to respective census tracts of each nation containing population data, deprivation measures, and classification of rural and urban areas.Results Almost all dental clinics in Great Britain were located within 400 m of bus and tram stops or 800 m of a rail, metro or light rail stop. Similarly, in Scotland and England, 92% lived within any public transport (within 400m of bus and tram stops or 800m of a rail, metro or light rail stop), and in Wales, 84.2% lived within any public transport stop. However, only 75.1%, 79.6% and 60.4% of the population of Scotland, England and Wales had access to a high-frequency bus stop, respectively. In Scotland, England and Wales, 40.7%, 33.7% and 38.3% of rural residents did not have access to any public transport and only 4.9%, 7.5% and 14.6% of the rural residents had access to an optimal bus stop, respectively. In Wales, 19.5% of older adults do not have access to a bus stop.Conclusion Some transport-disadvantaged groups do not have adequate access to public transport services. There is a compelling need to address public transport integration with oral health facilities to ensure equality in accessing integral services.