| Drug Resistance and Global Health Update | January 2009* |
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* Please excuse the late delivery of this e-update. The January holidays interrupted our normal schedule.
Warm wishes for 2009 from all of us here at CGD’s Drug Resistance Working Group! Malaria transmission has declined in parts of sub-Saharan Africa. Access to rapid diagnostic tests is increasing. Is it time for a malaria policy change? Should presumptive treatment of fever with anti-malarials no longer be the norm? PLoS Medicine is hosting a debate on these questions, with B Genton et al. arguing in favor of policy change and English et al. taking the opposite stance. In lieu of a guest column this month, we have prepared a blog on this topic. With clear policy implications, Alix Beith, Scott Kniaz and I have tried to outline the main points in this timely debate. What are your thoughts on this important issue and how do the arguments stand up in the face of drug resistance? Please read the blog below and respond in the comments section. As always, we welcome your thoughts at [email protected]. Regards, Rachel Nugent Is it Time to Change Malaria Treatment Policy? The Argument from a Resistance Perspective By Rachel Nugent, with support from Alix Beith and Scott Kniaz I am finding it hard to choose a side on the recent malaria treatment policy debate. It is clear that current anti-malarial treatment policy which dictates that, in high-transmission settings, children under five that have a fever are given anti-malarials is certainly not optimal. Children with fevers not caused by malaria may suffer side-effects from taking unnecessary anti-malarial drugs and are also not being treated for what ails them. Additionally, excessive use of anti-malarials drives emergence of drug-resistant strains of the malaria parasite, which can then be transmitted to the larger community. Malaria drug resistance is a world-wide problem. All over the globe, once extremely effective drugs like chloroquine can no longer get the job done, with resistance levels as high as 80% in Latin America. In fact, the deadliest malaria parasite, P. falciparum, has shown resistance to all treatments except artemisinin. However, there are worrying signs that tolerance to artemisinin may be developing in some areas, specifically along the Thai-Cambodian border. Once (and it is “once”, not “if”) artemisinin-resistance emerges and spreads, we will have no silver or even bronze bullets (at least for now) for the fight against malaria. IN THE NEWS Bacteria (besides TB)
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