印度尼西亚temangung县登革热出血热流行村分布格局的空间分析

Diena Nur Khayati, M. S. Adi, Suhartono, Subchan
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摘要

背景:登革出血热(DHF)感染是人类最重要的虫媒病毒性疾病,从地理分布、发病率和死亡率来看都是如此。它通过伊蚊在人与人之间传播。印度尼西亚的发病率趋势(IR)什么是IR?是发病率吗?请澄清。从2015年到2016年DHF从50.75上升到78.85,对于数字,通常使用点代替逗号符号(50.75和78.85)。每10万居民,2017年下降到26.10人。丹芒贡县是中爪哇省登革出血热高发县之一。2017年,temanggong摄政在中爪哇最高的摄政中排名第三。随着每年病例的存在,它表明存在登革出血热流行村。直到2018年6月,有56个流行村庄分散在temanggong县的19个流行街道中,因此有必要分析分布模式,以便预测和分析登革出血热,并能够制定预防计划。材料与方法:本研究采用描述性研究与空间分析相结合的方法。它使用了从Temanggung县公共卫生办公室获得的二手数据。使用ArcGis应用程序对数据进行空间处理,将行政地图与该地区的高速公路和高度地图叠加在一起。结果:56个流行村中有35个流行村(62.5%)分布在主要道路及其他道路沿线。这可能与人口密度和流动性有关。根据海拔高度,世卫组织规定了蚊子在海拔1000米以下生存和繁殖的能力(masl)。这里应该写成海拔米。海拔在1000米以下的有54个(96.4%),海拔在1000米以上的有2个(3.6%)。结论:天芒宫县流行村的分布特点为主要公路及其他公路为主,海拔低于1000米。关键词:登革出血热,流行村,公路模式,高度,危险因素
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SPATIAL ANALYSIS OF DISTRIBUTION PATTERNS OF DENGUE HEMORRHAGIC FEVER IN ENDEMIC VILLAGES IN TEMANGGUNG REGENCY INDONESIA
Background: Dengue Hemorrhagic Fever (DHF) infection is the most important arboviral disease in humans based on the geographical distribution, morbidity and mortality. It is transmitted by person to person by Aedes sp . In Indonesia the trend of Incidence Rate (IR) What is IR?   Is it incidence rate? Please clarify. in DHF in 2015 to 2016 increased from 50.75 to 78.85 For the number, dot is usually used instead of comma sign (50.75 and 78.85). per 100.000 residents, and decreased in 2017 to 26.10 per 100.000 residents. One of the regencies with high IR of DHF in Central Java Province is Temanggung regency. In 2017, Temanggung regency was in the third position among the highest in Central Java. With the existence of cases each year, it revealed that there were endemic villages of DHF. Until June 2018, there were 56 endemic villages scattered in 19 endemic sub-districts in Temanggung Regency so that it was necessary to analyse the distribution patterns in order to predict and analyse DHF and be able to plan to prevent it. Materials and Methods: This research applied descriptive research with spatial analysis. It used secondary data taken from the Public Health Office in Temanggung regency. The data were processed spatially using the ArcGis application by overlaying an administrative map with a map of the highway and height of the region. Result: There were 35 endemic villages (62,5%) from 56 endemic villages were scattered along the main road and other roads. This could be related to population density and mobility. Based on height, WHO stated the ability of mosquitoes to survive and breed below 1000 meter above sea level (masl) What is masl? This should have been written as meter above sea level . As many as 54 (96.4%) endemic villages were at height below 1000 masl, while 2 (3.6%) villages were above 1000 masl. Conclusion: The distribution characteristics of the endemic villages in Temanggung regency follow the pattern of major highways and other roads and height below 1000 masl. Keywords: DHF, Endemic Villages, Highway Patterns, Height, Risk Factors
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