Saadatian-Elahi Mitra, Alexander Neal, Möhlmann Tim, Ariffin Farah Diana, Schmitt Frederic, Richardson Jason H, Rabilloud Muriel, Hamid Nurulhusna Ab
Service Hygiène, Epidémiologie, Infectiovigilance Et Prévention, Centre Hospitalier Edouard Herriot, Hospices Civils de Lyon, Lyon, France.
Public Health, Epidemiology and Evolutionary Ecology of Infectious Diseases, (PHE3ID) - Inserm - U1111 - UCBL Lyon 1 - CNRS - UMR5308 - ENS de Lyon, Lyon, France.
BMC Public Health. 2022 Apr 6;22(1):667. doi: 10.1186/s12889-022-13026-x.
The COVID-19 pandemic placed an unprecedented overload on healthcare system globally. With all medical resources being dedicated to contain the spread of the disease, the pandemic may have impacted the burden of other infectious diseases such as dengue, particularly in countries endemic for dengue fever. Indeed, the co-occurrence of COVID-19 made dengue diagnosis challenging because of some shared clinical manifestations between the two pathogens. Furthermore, the sudden emergence and novelty of this global public health crisis has forced the suspension or slow-down of several research trials due to the lack of sufficient knowledge on how to handle the continuity of research trials during the pandemic. We report on challenges we have faced during the COVID-19 pandemic and measures that were implemented to continue the iDEM project (intervention for Dengue Epidemiology in Malaysia).
This randomized controlled trial aims to assess the effectiveness of Integrated Vector Management (IVM) on the incidence of dengue in urban Malaysia by combining: targeted outdoor residual spraying (TORS), deployment of auto-dissemination devices (ADDs), and active community engagement (CE). Our operational activities started on February 10, 2020, a few weeks before the implementation of non-pharmaceutical interventions to contain the spread of COVID-19 in Malaysia.
The three main issues affecting the continuity of the trial were: ensuring the safety of field workers during the interventions; ensuring the planned turnover of TORS application and ADD deployment and services; and maintaining the CE activities as far as possible.
Even though the pandemic has created monumental challenges, we ensured the safety of field workers by providing complete personal protective equipment and regular COVID-19 testing. Albeit with delay, we maintained the planned interval time between TORS application and ADDs services by overlapping the intervention cycles instead of having them in a sequential scheme. CE activities continued remotely through several channels (e.g., phone calls and text messages). Sustained efforts of the management team, significant involvement of the Malaysian Ministry of Health and a quick and smart adaptation of the trial organisation according to the pandemic situation were the main factors that allowed the successful continuation of our research.
Trial registration number: ISRCTN-81915073 . Date of registration: 17/04/2020, 'Retrospectively registered'.
新冠疫情给全球医疗系统带来了前所未有的重负。由于所有医疗资源都用于遏制该疾病的传播,这场疫情可能影响了登革热等其他传染病的负担,尤其是在登革热流行的国家。事实上,由于这两种病原体存在一些共同的临床表现,新冠疫情的出现使得登革热诊断颇具挑战性。此外,这场全球公共卫生危机的突然出现和新颖性,由于缺乏关于如何在疫情期间处理研究试验连续性的足够知识,迫使多项研究试验暂停或放缓。我们报告了在新冠疫情期间所面临的挑战以及为继续开展马来西亚登革热流行病学干预(iDEM)项目而采取的措施。
这项随机对照试验旨在通过结合以下措施评估综合病媒管理(IVM)对马来西亚城市登革热发病率的有效性:有针对性的室外滞留喷洒(TORS)、自动散播装置(ADDs)的部署以及积极的社区参与(CE)。我们的运营活动于2020年2月10日开始,即在马来西亚实施非药物干预措施以遏制新冠疫情传播的几周前。
影响试验连续性的三个主要问题是:在干预期间确保现场工作人员的安全;确保TORS应用以及ADD部署和服务的计划周转;并尽可能维持社区参与活动。
尽管疫情带来了巨大挑战,但我们通过提供完整的个人防护装备和定期的新冠病毒检测确保了现场工作人员的安全。尽管有所延迟,但我们通过重叠干预周期而非按顺序安排的方式,维持了TORS应用和ADD服务之间的计划间隔时间。社区参与活动通过多种渠道(如电话和短信)继续以远程方式开展。管理团队的持续努力、马来西亚卫生部的大力参与以及根据疫情形势对试验组织进行快速灵活的调整是使我们的研究得以成功继续的主要因素。
试验注册号:ISRCTN - 81915073。注册日期:2020年4月17日,“追溯注册” 。