Gains achieved in reducing the burden of malaria and advancing its elimination are now threatened by malaria parasites becoming resistant to the main group of drugs used to treat malaria, the artemisinins. Artemisinin-based combination treatments (ACTs) are the backbone of all currently recommended malaria treatments. The potential impact of widespread ACT resistance in Africa has been estimated at 16 million more malaria cases and nearly 80 000 additional malaria deaths annually. Protecting the efficacy of current first-line malaria treatments is now a top public health priority.
The four-year MARC SE-Africa project is designed to promote the translation of evidence of artemisinin and other drug resistance of public health significance to inform better malaria policy and practice before drug resistance increases the number of malaria cases and deaths. This consortium, led by University of Cape Town, will provide technical support to the eighteen countries of Southern and East Africa, the area historically first affected by drug resistant malaria.
“Reports in recent years of emerging resistance to artemisinin and its partner drugs initially in Asia, and now in Africa must be taken very seriously and as a matter of urgency. As researchers we know that collaboration is a proven way to fast-track better outcomes for patients and by working together, we should do better than in the past,” said Professor Philippe Guérin, Director of the WorldWide Antimalarial Resistance Network (WWARN).
Having pioneered collaborative, global data sharing in resource-limited settings since 2009, WWARN, as part of the MARC-SE global consortium, will focus on engaging the research community and collating surveillance data by expanding the existing Clinical Trials Library and molecular marker surveyors in order to expedite the identification, collation, and mapping of regional antimalarial resistance data. WWARN will work with consortium members to collate individual participant data (IPD) to perform meta-analyses which will provide crucial scientific evidence needed to inform better malaria policy and practice in Southern and East Africa. WWARN will further plug knowledge gaps by expanding the molecular marker surveyors into a regional multi-marker resistance prevalence map.
UCT’s Professor Karen I Barnes, who coordinates the MARC SE-Africa consortium, explains the importance of the project: “This consortium will provide technical support to facilitate the implementation of the World Health Organisation Strategy to respond to antimalarial drug resistance in Africa in our region. Working together we have the best chance of preventing a repetition of the devastating increase in malaria cases and deaths seen previously with chloroquine resistance.”