Faculty of Medicine, Public Health, and Nursing, Gadjah Mada University, Yogyakarta, Special Region of Yogyakarta, 55281, Indonesia.
Health Department, Government of Semarang City, Semarang, Central Java, 50249, Indonesia.
Gates Open Res. 2024 Aug 8;8:3. doi: 10.12688/gatesopenres.15015.3. eCollection 2024.
Recent trials have confirmed the effectiveness of promising dengue control technologies - two vaccines and . These would generally be applied at the municipal level. To help local officials decide which, if any, control strategy to implement, they need affordable, timely, and accurate data on dengue burden. Building on our previous work in Mexico, Indonesia, and Thailand, we developed a streamlined prospective method to estimate dengue burden at the municipal level quickly, accurately, and efficiently.
The method entails enrolling and repeatedly interviewing 100 patients with laboratory-confirmed dengue. They will be selected after screening and testing about 1,000 patients with clinical dengue. The method will capture both acute and chronic effects relating to disease, economic burden, and psychological impacts (presenteeism). The total time requirements are 1.5 years, comprised of 0.25 years for planning and approvals, 1 year for data collection (a full dengue cycle), and 0 .25 years for data cleaning and analysis. A collaboration with municipal and academic colleagues in the city of Semarang, Central Java, Indonesia shows how the method could be readily applied in Indonesia's eighth largest city (population 1.8 million).
Many surveillance studies gather only information on numbers of cases. This proposed method will provide a comprehensive picture of the dengue burden to the health system, payers, and households at the local level.
最近的试验证实了有前景的登革热控制技术——两种疫苗和 的有效性。这些通常将在市级层面应用。为了帮助地方官员决定实施哪种(如果有的话)控制策略,他们需要负担得起、及时和准确的数据来了解登革热负担。在我们之前在墨西哥、印度尼西亚和泰国的工作基础上,我们开发了一种精简的前瞻性方法,以便快速、准确、有效地估算市级层面的登革热负担。
该方法需要招募并反复采访 100 名经实验室确诊患有登革热的患者。他们将在对约 1000 名患有临床登革热的患者进行筛选和检测后被选中。该方法将捕捉与疾病、经济负担和心理影响(旷工)相关的急性和慢性影响。总时间要求为 1.5 年,其中包括 0.25 年的规划和审批时间、1 年的数据收集(一个完整的登革热周期)和 0.25 年的数据清理和分析时间。与印度尼西亚中爪哇省三宝垄市的市和学术同事的合作表明,该方法可以在印度尼西亚第八大城市(人口 180 万)中得到迅速应用。
许多监测研究仅收集有关病例数量的信息。该拟议的方法将为卫生系统、支付方和家庭提供地方层面的全面登革热负担情况。