Hemingway Charlotte, Gowelo Steven, Opiyo Mercy, Marrenjo Dulcisaria, Maquina Mara, Kaunda-Khangamwa Blessings N, Kayira Lusungu, Cherkose Teklu, Hailemichael Yohannes, Torres Neusa, Mucavele Estevao, Mintade Muanacha, Candrinho Baltazar, Mzilahowa Themba, Gadisa Endalamaw, Tatarsky Allison, Vajda Élodie A, Dantzer Emily, Thomsen Edward, Coleman Michael, Lobo Neil F
Department of International Public Health, Liverpool School of Tropical Medicine, Liverpool, United Kingdom.
Malaria Elimination Initiative, University of California, San Francisco, San Francisco, California, United States of America.
PLoS One. 2025 Mar 10;20(3):e0303915. doi: 10.1371/journal.pone.0303915. eCollection 2025.
Vector control remains the principal method to prevent malaria transmission and has led to significant reductions in malaria incidence across endemic regions. However, such gains have stagnated, underscoring the need to tailor vector control to local drivers of transmission. An Entomological Surveillance Planning Tool (ESPT) was designed to translate normative guidance into an operational tool that supports cost effective, locally tailored, and evidence-based vector control. To facilitate ESPT implementation, an interactive digital toolkit (eSPT) was created to support question-based surveillance planning.
The eSPT was evaluated with 49 target users in Ethiopia, Malawi, and Mozambique. The eSPT was introduced to participants through facilitated workshops. A mixed-methods design was employed, combining pre- and post-intervention surveys with qualitative measures to assess the impact of the eSPT on knowledge, self-efficacy and work practices related to entomological surveillance planning. Qualitative methods were used to explore the acceptability and utility of the eSPT.
Quantitative measures showed that the facilitated eSPT workshop increased participants' knowledge and self-efficacy in question-based entomological surveillance planning. Target users responded positively to the eSPT, reporting high usability scores and satisfaction with the interface. Respondents from academic institutes, central government and international NGOs reported the eSPT to be a useful training tool and believed it could provide substantial efficiencies in the planning process. Further user testing, customizability and compatibility with mobile devices was recommended to enhance the eSPT's usefulness as a planning tool, especially at the local government level.
Interactive digital toolkits could be an engaging, efficient, and accessible way to build research and surveillance capacity within relevant organizations and local authorities. This is achieved by combining tailored information and guidance, with functions that enable the development of a planning document, in an easy-to-follow stepwise process. To maximize the usability and usefulness of these toolkits, target users must be centered in the design.
病媒控制仍然是预防疟疾传播的主要方法,并已使流行地区的疟疾发病率大幅下降。然而,这些成果已陷入停滞,这凸显了根据当地传播驱动因素调整病媒控制措施的必要性。昆虫学监测规划工具(ESPT)旨在将规范性指南转化为一种操作工具,以支持具有成本效益、因地制宜且基于证据的病媒控制。为促进ESPT的实施,创建了一个交互式数字工具包(eSPT),以支持基于问题的监测规划。
在埃塞俄比亚、马拉维和莫桑比克对49名目标用户进行了eSPT评估。通过研讨会向参与者介绍了eSPT。采用混合方法设计,将干预前后的调查与定性措施相结合,以评估eSPT对与昆虫学监测规划相关的知识、自我效能和工作实践的影响。采用定性方法探讨eSPT的可接受性和实用性。
定量测量表明,经过指导的eSPT研讨会提高了参与者在基于问题的昆虫学监测规划方面的知识和自我效能。目标用户对eSPT反应积极,报告其可用性得分高且对界面满意。来自学术机构、中央政府和国际非政府组织的受访者表示,eSPT是一种有用的培训工具,并认为它可以在规划过程中大幅提高效率。建议进一步进行用户测试、提高可定制性以及与移动设备的兼容性,以增强eSPT作为规划工具的实用性,特别是在地方政府层面。
交互式数字工具包可能是在相关组织和地方当局内部建立研究和监测能力的一种引人入胜、高效且易于使用的方式。这是通过将量身定制的信息和指导与能够生成规划文件的功能相结合,并以易于遵循的逐步过程实现的。为了最大限度地提高这些工具包的可用性和实用性,必须以目标用户为中心进行设计。