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2015-2016 年夏威夷岛登革热疫情的调查与应对。

Investigation and Response to an Outbreak of Dengue: Island of Hawaii, 2015-2016.

机构信息

Disease Outbreak Control Division, Hawaii State Department of Health, Honolulu, HI, USA.

Disease Investigation Branch, Hawaii State Department of Health, Honolulu, HI, USA.

出版信息

Public Health Rep. 2020 Mar/Apr;135(2):230-237. doi: 10.1177/0033354920904068. Epub 2020 Feb 10.

Abstract

OBJECTIVES

From September 2015 through March 2016, Hawaii had the largest outbreak of locally transmitted dengue since 1944. We report on the Hawaii Department of Health's (HDOH's) investigation, findings, and response to the outbreak.

METHODS

We defined cases of dengue using a modified version of the Council of State and Territorial Epidemiologists' case definition for dengue virus infections. We conducted epidemiologic investigations, including interviews with case-persons, review of medical records, laboratory testing, genetic sequencing of specimens, and geographic information system (GIS) data analysis. Outbreak response included community outreach and vector-control activities.

RESULTS

We identified 264 confirmed cases of dengue; illness onset dates ranged from September 11, 2015, to March 17, 2016, all with reported travel to or residence on the Island of Hawaii. Of 264 persons with confirmed dengue, 238 (90.2%) were Hawaii residents. Thirty-seven (14.0%) persons required hospitalization; no cases of severe dengue or death were reported. GIS hot-spot analysis identified a cluster of cases on the western side of the island. Established risk factors for dengue exposure included holes in window or door screens, presence of standing water, and not using insect repellent or wearing protective clothing.

CONCLUSIONS

To prevent or mitigate the spread of future arboviral introductions and outbreaks, the public health response should focus on behavioral and cultural attitudes, emphasizing personal mosquito protection and mosquito control at the community level. Outbreak responses can also be enhanced through the use of advanced GIS techniques, such as hot-spot analysis, to provide situational awareness and guide response efforts.

摘要

目的

2015 年 9 月至 2016 年 3 月,夏威夷发生了自 1944 年以来最大规模的本地传播登革热疫情。我们报告了夏威夷卫生部(HDOH)对该疫情的调查、发现和应对情况。

方法

我们使用理事会州和地区流行病学家对登革热病毒感染病例的定义的修改版本来定义登革热病例。我们进行了流行病学调查,包括对病例进行访谈、审查医疗记录、实验室检测、标本基因测序以及地理信息系统(GIS)数据分析。疫情应对包括社区外展和病媒控制活动。

结果

我们确定了 264 例确诊的登革热病例;发病日期从 2015 年 9 月 11 日至 2016 年 3 月 17 日,所有病例均报告有前往夏威夷岛或在该岛居住的旅行史。在 264 例确诊的登革热患者中,238 例(90.2%)为夏威夷居民。37 例(14.0%)患者需要住院治疗;没有报告严重登革热或死亡病例。GIS 热点分析在岛屿的西侧发现了一个病例集群。确定的登革热暴露风险因素包括门窗上有洞、有积水、不使用驱蚊剂或穿防护服。

结论

为了预防或减轻未来虫媒病毒传入和爆发的传播,公共卫生应对应侧重于行为和文化态度,强调个人防蚊和社区层面的蚊虫控制。通过使用先进的 GIS 技术(如热点分析),可以增强疫情应对,提供态势感知并指导应对工作。

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