Steinmann Peter, Stone Christopher M, Sutherland C Simone, Tanner Marcel, Tediosi Fabrizio
Department of Epidemiology and Public Health, Swiss Tropical and Public Health Institute, Basel, Switzerland; University of Basel, Basel, Switzerland.
Trop Med Int Health. 2015 Jun;20(6):707-18. doi: 10.1111/tmi.12483. Epub 2015 Mar 12.
To review current and emerging tools for Gambiense HAT control and elimination, and propose strategies that integrate these tools with epidemiological evidence.
We reviewed the scientific literature to identify contemporary and emerging tools and strategies for controlling and eliminating Gambiense HAT. Through an iterative process involving key stakeholders, we then developed comprehensive scenarios leading to elimination, considering both established and new tools for diagnosis, case treatment and vector control.
Core components of all scenarios include detecting and treating cases with established or emerging techniques. Relatively more intensive scenarios incorporate vector control. New tools considered include tiny targets for tsetse fly control, use of rapid diagnostic tests and oral treatment with fexinidazole or oxaboroles. Scenarios consider the time when critical new tools are expected to become ready for deployment by national control programmes. Based on a review of the latest epidemiological data, we estimate the various interventions to cover 1,380,600 km(2) and 56,986,000 people.
A number of new tools will fill critical gaps in the current armamentarium for diagnosing and treating Gambiense HAT. Deploying these tools in endemic areas will facilitate the comprehensive and sustainable control of the disease considerably and contribute to the ultimate goal of elimination.
回顾用于控制和消除冈比亚型昏睡病的现有及新出现的工具,并提出将这些工具与流行病学证据相结合的策略。
我们查阅了科学文献,以确定控制和消除冈比亚型昏睡病的当代及新出现的工具和策略。然后,通过一个涉及关键利益相关者的迭代过程,我们制定了导致消除该疾病的综合方案,同时考虑了用于诊断、病例治疗和病媒控制的既有工具和新工具。
所有方案的核心组成部分包括使用既有或新出现的技术检测和治疗病例。相对更密集的方案纳入了病媒控制。考虑的新工具包括用于采采蝇控制的微小目标、使用快速诊断检测以及用非昔硝唑或硼恶唑进行口服治疗。方案考虑了关键新工具预计可供国家控制规划部署的时间。基于对最新流行病学数据的审查,我们估计各种干预措施将覆盖1380600平方公里和56986000人。
一些新工具将填补当前用于诊断和治疗冈比亚型昏睡病的手段中的关键空白。在流行地区部署这些工具将极大地促进对该疾病的全面和可持续控制,并有助于实现消除该疾病的最终目标。