Adapting the local response for malaria elimination through evaluation of the 1-3-7 system performance in the China–Myanmar border regionReport as inadecuate




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Malaria Journal

, 16:54

First Online: 31 January 2017Received: 23 November 2016Accepted: 20 January 2017DOI: 10.1186-s12936-017-1707-1

Cite this article as: Wang, D., Cotter, C., Sun, X. et al. Malar J 2017 16: 54. doi:10.1186-s12936-017-1707-1

Abstract

BackgroundAssessing the essential components of ‘1-3-7’ strategy along the China–Myanmar border is critical to identify gaps and challenges to support evidence-based decision making.

MethodsA mixed-method retrospective study including quantitative and qualitative analysis of the 1-3-7 system components was conducted. Sampled counties were chosen based on malaria incidence from 1 January 2012 to 31 December 2014.

ResultsAll 260 confirmed malaria cases from sampled counties were reported within 1 day and had completed case investigations. 70.0% of all Reactive Case Detection RACD events were conducted and 90.1% of those were within 7 days. Only ten additional individuals were found malaria positive out of 3662 individuals tested 0.3% by rapid diagnostic test during RACD events.

ConclusionsKey gaps were identified in case investigation and RACD activities in Yunnan Province border counties. This evidence supports improving the RACD or -7- response strategy in this setting. Given the challenges in this border region, it will be critical to adapt the RACD response to promote the malaria elimination along the China border.

KeywordsMalaria elimination China–Myanmar border 1-3-7 Strategy Reactive case detection Evaluation AbbreviationsRACDreactive case detection

NMEPNational Malaria Elimination Programme

NMEAPNational Malaria Elimination Action Plan

CISDCPChina Information System for Disease Control and Prevention

CDCCenter for Disease Control and Prevention

WHOWorld Health Organization

SOPstandard operating procedure

RDTrapid diagnostic test

LAMPloop-mediated isothermal amplification

PCRpolymerase chain reaction

Electronic supplementary materialThe online version of this article doi:10.1186-s12936-017-1707-1 contains supplementary material, which is available to authorized users.

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Author: Duoquan Wang - Chris Cotter - Xiaodong Sun - Adam Bennett - Roly D. Gosling - Ning Xiao

Source: https://link.springer.com/







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