摘要
目的分析2010-2012年浙江省耐多药结核病患者的空间分布特征。方法运用ArcGIS10．0软件空间分析方法，对浙江省耐多药结核病患者登记报告的数据进行空间显示和统计分析。结果浙江省2010-2012年耐多药结核存在高发区和低发区，并存在空间聚集特征；局部Moran’s，自相关分析结果表明，吴兴区、德清县、余杭区、拱墅区、江干区、萧山区、越城区、绍兴县、嵊州市、常山县、柯城区为高高值聚集，海曙区为低低值聚集；局部G统计量热点分析结果显示，存在29个“热点”区域，18个“正热点”区域为吴兴区、南浔区、德清县、余杭区、上城区、下城区、拱墅区、江干区、滨江区、萧山区、西湖区、海宁市、越城区、绍兴县、诸暨市、嵊州市、柯城区、遂昌县，11个“负热点”区域为南湖区、海盐县、慈溪市、定海区、镇海区、江北区、江东区、北仑区、鄞州区、奉化市、乐清市。结论浙江省耐多药结核发病具有明显的地域分布，存在较高程度的空间聚集性，且人口聚集的“正热点”区域的范围呈现出逐渐扩大的趋势。
Objective To analyze the spatial distribution characteristics ofmultidrug-resistant （MDR） tuberculosis （TB） cases in Zhejiang province in 2010-2012. Methods Data on MDR-TB cases in Zhejiang province were collected and linked to the digital map at the county and district levels. ArcGIS 10.0 software was used for spatial analysis. Results Results from the spatial autocorrelation analysis showed that spatial aggregation appeared in MDR-TB distribution during 2010-2012 while local Moran＇ s I spatial autocorrelation analysis identified several ＂high incidence regions＂ （Wuxing, Deqing, Yuhang, Gongshu, Jianggan, Xiaoshan, Yuecheng, Shaoxing Shengzhou, Changshan, Kecheng）, and ＂low incidence region＂ （Haishu）. Through Getis-Ord General G spatial autocorrelation analysis, 18 ＂positive hotspots＂ （Wuxing, Nanxun, Deqing, Yuhang, Shangcheng, Xiacheng, Gongshu, Jianggan, Binjiang Xiaoshan Xihu, Haining, Yuecheng, Shaoxing, Zhuji, Shengzhou, Kecheng and Suichang） and 11 ＂negative hotspots＂ （Nanhu, Haiyan, Cixi, Dinghai, Zhenhai, Jiangbei, Jiangdong, Beilun, Yinzhou, Fenghua, and Yueqing） were identified. Conclusions Spatial analysis on MDR-TB incidence implied the spatial aggregation in Zhejiang province. Data showed that the hotspots with high population density and human movement were under progressive expansion.
出处
《中华流行病学杂志》
CAS
CSCD
北大核心
2016年第6期831-835,共5页
Chinese Journal of Epidemiology
基金
Provincial Science and Technology Major Projects of Zhejiang (2014C03034)浙江省科技厅重大专项计划项目
关键词
耐多药结核
地理信息系统
空间自相关分析
Multidrug-resistant tuberculosis
Geographic information system
Spatial autocorrelation analysis
