Anti Malaria Campaign, 555/5 Public Health Building, Narahenpita, Colombo, Sri Lanka.
Department of Public Health, Faculty of Medicine, University of Kelaniya, Thalagolla Road, P.O. Box 6, Ragama, 11010, Sri Lanka.
Malar J. 2020 Nov 2;19(1):386. doi: 10.1186/s12936-020-03465-5.
The COVID-19 pandemic has had a considerable impact on other health programmes in countries, including on malaria, and is currently under much discussion. As many countries are accelerating efforts to eliminate malaria or to prevent the re-establishment of malaria from recently eliminated countries, the COVID-19 pandemic has the potential to cause major interruptions to ongoing anti-malaria operations and risk jeopardizing the gains that have been made so far. Sri Lanka, having eliminated malaria in 2012, was certified by the World Health Organization as a malaria-free country in 2016 and now implements a rigorous programme to prevent its re-establishment owing to the high receptivity and vulnerability of the country to malaria. Sri Lanka has also dealt with the COVID-19 epidemic quite successfully limiting the cumulative number of infections and deaths through co-ordinated efforts between the health sector and other relevant sectors, namely the military, the Police Department, Departments of Airport and Aviation and Foreign Affairs, all of which have been deployed for the COVID-19 epidemic under the umbrella of a Presidential Task Force. The relevance of imported infections and the need for a multi-sectoral response are features common to both the control of the COVID-19 epidemic and the Prevention of Re-establishment (POR) programme for malaria. Sri Lanka's malaria POR programme has, therefore, creatively integrated its activities with those of the COVID-19 control programme. Through highly coordinated operations the return to the country of Sri Lankan nationals stranded overseas by the COVID-19 pandemic, many from malaria endemic countries, are being monitored for malaria as well as COVID-19 in an integrated case surveillance system under quarantine conditions, to the success of both programmes. Twenty-three imported malaria cases were detected from February to October through 2773 microscopic blood examinations performed for malaria in quarantine centres, this number being not much different to the incidence of imported malaria during the same period last year. This experience highlights the importance of integrated case surveillance and the need for a highly coordinated multi-sectoral approach in dealing with emerging new infections. It also suggests that synergies between the COVID-19 epidemic control programme and other health programmes may be found and developed to the advantage of both.
新冠疫情对各国的其他卫生计划产生了相当大的影响,包括疟疾计划,目前正在对此进行大量讨论。由于许多国家正在加速努力消除疟疾或防止最近消除疟疾的国家重新出现疟疾,新冠疫情有可能对正在进行的抗疟行动造成重大干扰,并有可能危及迄今取得的成果。斯里兰卡于 2012 年消除了疟疾,2016 年被世界卫生组织认证为无疟疾国家,由于该国对疟疾高度敏感且脆弱,因此现在实施了一项严格的防止疟疾重新出现的计划。斯里兰卡也相当成功地应对了新冠疫情,通过卫生部门和其他相关部门(即军队、警察部门、机场和航空部门以及外交部)之间的协调努力,将累计感染和死亡人数限制在较低水平,所有这些部门都在一个总统工作队的框架下部署用于新冠疫情。输入性感染的相关性以及多部门应对的必要性是新冠疫情控制和疟疾防止重新出现(POR)计划的共同特点。因此,斯里兰卡的疟疾 POR 计划创造性地将其活动与新冠疫情控制计划结合起来。通过高度协调的行动,从海外受新冠疫情影响滞留的斯里兰卡国民返回该国,其中许多人来自疟疾流行国家,在检疫条件下的综合病例监测系统中,对疟疾和新冠病毒同时进行监测,以确保两个计划都取得成功。在检疫中心进行了 2773 次疟疾显微镜血检,从 2 月至 10 月共发现 23 例输入性疟疾病例,这一数字与去年同期的输入性疟疾发病率相差不大。这一经验突出了综合病例监测的重要性,以及在处理新出现的感染时需要高度协调的多部门方法。这也表明,可以找到并发展新冠疫情控制计划与其他卫生计划之间的协同作用,使两者都受益。
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