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儿童龋齿风险的时间趋势地理映射——评估预防保健的一种方法。

Geo-mapping of time trends in childhood caries risk--a method for assessment of preventive care.

机构信息

Department of Research and Development, Halland Hospital, SE-301 85, Halmstad, Sweden.

出版信息

BMC Oral Health. 2012 Jun 11;12:9. doi: 10.1186/1472-6831-12-9.

Abstract

BACKGROUND

Dental caries is unevenly distributed within populations with a higher burden in low socio-economy groups. Several attempts have been made to allocate resources to those that need them the most; there is a need for convenient approaches to population-based monitoring of caries risk over time. The aim of this study was to develop the geo-map concept, addressing time trends in caries risk, and demonstrate the novel approach by analyzing epidemiological data from preschool residents in the region of Halland, Sweden.

METHODS

The study population consisted of 9,973 (2006) and 10,927 (2010) children between 3 to 6 years of age (~77% of the eligible population) from whom caries data were obtained. Reported dmfs>0 for a child was considered as the primary caries outcome. Each study individual was geo-coded with respect to his/her residence parish (66 parishes in the region). Smoothed caries risk geo-maps, along with corresponding statistical certainty geo-maps, were produced by using the free software Rapid Inquiry Facility and the ESRI® ArcGIS system. Parish-level socioeconomic data were available.

RESULTS

The overall proportion of caries-free (dmfs=0) children improved from 84.0% in 2006 to 88.6% in 2010. The ratio of maximum and minimum (parish-level) smoothed relative risks (SmRRs) increased from 1.76/0.44=4.0 in 2006 to 2.37/0.33=7.2 in 2010, which indicated an increased geographical polarization of early childhood caries in the population. Eight parishes showed evidential, positional changes in caries risk between 2006 and 2010; their corresponding SmRRs and statistical certainty ranks changed markedly. No considerable parallel changes in parish-level socioeconomic characteristics were seen during the same time period.

CONCLUSION

Geo-maps based on caries risk can be used to monitor changes in caries risk over time. Thus, geo-mapping offers a convenient tool for evaluating the effectiveness of tailored health promotion and preventive care in child populations.

摘要

背景

龋齿在人群中的分布不均匀,社会经济水平较低的群体负担更重。人们已经尝试了多种方法来为最需要的人分配资源;因此,需要一种方便的方法来对人群的龋齿风险进行长期监测。本研究旨在开发一种基于地理位置的龋齿风险变化趋势图,并通过分析瑞典 Halland 地区学龄前儿童的流行病学数据来展示这种新方法。

方法

研究人群包括 2006 年的 9973 名(2006 年)和 2010 年的 10927 名(2010 年)年龄在 3 至 6 岁的儿童(约占合格人群的 77%),他们的龋齿数据被记录下来。如果一个孩子的 dmfs>0,则认为他有原发性龋齿。每位研究对象都根据其居住地的教区(该地区有 66 个教区)进行地理编码。使用免费软件 Rapid Inquiry Facility 和 ESRI®ArcGIS 系统生成平滑龋齿风险地理图和相应的统计确定性地理图。教区级别的社会经济数据是可用的。

结果

2010 年无龋齿(dmfs=0)儿童的比例从 2006 年的 84.0%提高到 88.6%。2006 年最大和最小(教区级)平滑相对风险(SmRR)的比值为 1.76/0.44=4.0,2010 年为 2.37/0.33=7.2,这表明人群中儿童早期龋齿的地理分布极化程度增加。2006 年至 2010 年间,有 8 个教区的龋齿风险存在证据确凿的位置变化,其相应的 SmRR 和统计确定性排名发生了显著变化。在此期间,教区级别的社会经济特征没有明显的平行变化。

结论

基于龋齿风险的地理图可以用于监测龋齿风险随时间的变化。因此,地理制图为评估针对儿童人群的有针对性的健康促进和预防保健措施的效果提供了一种方便的工具。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/6663/3474168/ed71d9469a2e/1472-6831-12-9-1.jpg

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