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大流行应对个人层面人群通知系统的考量:一项综述与原型设计

Considerations for an Individual-Level Population Notification System for Pandemic Response: A Review and Prototype.

作者信息

Sakib Mohammad Nazmus, Butt Zahid A, Morita Plinio Pelegrini, Oremus Mark, Fong Geoffrey T, Hall Peter A

机构信息

School of Public Health and Health Systems, University of Waterloo, Waterloo, ON, Canada.

Research Institute for Aging, University of Waterloo and Schlegel Villages, Waterloo, ON, Canada.

出版信息

J Med Internet Res. 2020 Jun 5;22(6):e19930. doi: 10.2196/19930.

Abstract

The outbreak of the coronavirus disease (COVID-19), caused by severe acute respiratory syndrome coronavirus 2, spread worldwide after its emergence in China. Whether rich or poor, all nations are struggling to cope with this new global health crisis. The speed of the threat's emergence and the quick response required from public health authorities and the public itself makes evident the need for a major reform in pandemic surveillance and notification systems. The development and implementation of a graded, individual-level pandemic notification system could be an effective tool to combat future threats of epidemics. This paper describes a prototype model of such a notification system and its potential advantages and challenges for implementation. Similar to other emergency alerts, this system would include a number of threat levels (level 1-5) with a higher level indicating increasing severity and intensity of safety measures (eg, level 1: general hygiene, level 2: enhanced hygiene, level 3: physical distancing, level 4: shelter in place, and level 5: lockdown). The notifications would be transmitted to cellular devices via text message (for lower threat levels) or push notification (for higher threat levels). The notification system would allow the public to be informed about the threat level in real time and act accordingly in an organized manner. New Zealand and the United Kingdom have recently launched similar alert systems designed to coordinate the ongoing COVID-19 pandemic response more efficiently. Implementing such a system, however, faces multiple challenges. Extensive preparation and coordination among all levels of government and relevant sectors are required. Additionally, such systems may be effective primarily in countries where there exists at least moderate trust in government. Advance and ongoing public education about the nature of the system and its steps would be an essential part of the system, such that all members of the public understand the meaning of each step in advance, similar to what has been established in systems for other emergency responses. This educational component is of utmost importance to minimize adverse public reaction and unintended consequences. The use of mass media and local communities could be considered where mobile phone penetration is low. The implementation of such a notification system would be more challenging in developing countries for several reasons, including inadequate technology, limited use of data plans, high population density, poverty, mistrust in government, and tendency to ignore or failure to understand the warning messages. Despite the challenges, an individual-level pandemic notification system could provide added benefits by giving an additional route for notification that would be complementary to existing platforms.

摘要

由严重急性呼吸综合征冠状病毒2引发的冠状病毒病(COVID-19)疫情自在中国出现后便蔓延至全球。无论贫富,所有国家都在努力应对这一全新的全球卫生危机。威胁出现的速度以及公共卫生当局和公众自身所需的快速反应表明,对大流行监测和通报系统进行重大改革很有必要。开发并实施一个分级的、针对个人层面的大流行通报系统可能是应对未来疫情威胁的有效工具。本文描述了这样一个通报系统的原型模型及其实施的潜在优势和挑战。与其他紧急警报类似,该系统将包括若干威胁级别(1 - 5级),级别越高表明安全措施的严格程度和强度越高(例如,1级:一般卫生,2级:加强卫生,3级:保持社交距离,4级:就地避难,5级:封锁)。通报将通过短信(针对较低威胁级别)或推送通知(针对较高威胁级别)发送到移动设备。该通报系统将使公众能够实时了解威胁级别并以有组织的方式采取相应行动。新西兰和英国最近推出了类似的警报系统,旨在更高效地协调当前对COVID-19疫情的应对。然而,实施这样一个系统面临多重挑战。各级政府和相关部门需要进行广泛的准备和协调。此外,此类系统可能主要在对政府至少有一定信任度的国家才有效。提前并持续对公众进行关于该系统的性质及其步骤的教育将是该系统的重要组成部分,以便所有公众成员提前理解每个步骤的含义,这与其他应急响应系统已确立的做法类似。这一教育部分对于尽量减少公众的负面反应和意外后果至关重要。在手机普及率较低的地区,可以考虑利用大众媒体和当地社区。由于技术不足、数据套餐使用有限、人口密度高、贫困、对政府不信任以及倾向于忽视或不理解警告信息等多种原因,在发展中国家实施这样的通报系统将更具挑战性。尽管存在挑战,但个人层面的大流行通报系统可以通过提供一条与现有平台互补的额外通报途径带来更多益处。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/08f9/7279045/5a9519d5b7e2/jmir_v22i6e19930_fig1.jpg

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