A Malaria Information and Community Portal

Many visitors to Malaria.com have traveled to malarial areas, so we are asking for your help. Malaria.com is conducting a survey of site visitors to compile valuable information about widely-used malaria prophylactics. We would like to hear about your experience with taking preventative … [Read More...]
At the beginning of December I went to the 60th annual meeting of the American Society of Tropical Medicine and Hygiene. Attended by over 3500 scientists, practitioners, clinicians and students from around the world, the meeting is one of the pre-eminent global events for discussing and disseminating information related to all tropical diseases and health issues. Malaria, as you might expect, has … [Read More...]
Malaria is killing more people worldwide than previously thought, but the number of deaths has fallen rapidly as efforts to combat the disease have ramped up, according to new research from the Institute for Health Metrics and Evaluation (IHME) at the University of Washington. More than 1.2 million people died from malaria worldwide in 2010, twice the number found in the most recent comprehensive study of the disease. IHME researchers say that deaths from malaria have been missed by previous studies because of the assumption that the disease mainly kills children under 5. IHME found that … [Read More]
![figure2-journal.pmed.1001165.g002 Figure 2. Targeted and untargeted interventions with long-lasting LLINs and IRS in a malaria elimination scenario. The simulations for the low endemic setting with a baseline parasite prevalence of ~15% in the general population (A) are based on parasite prevalence and mosquito exposure data from Korogwe, northern Tanzania (2008) [14]. Effective coverage with LLINs is scaled up over 6 years to 60% prior to the intervention, creating a starting point for interventions aiming towards malaria elimination [59]. Subsequently, the impact of four intervention strategies is simulated using an individual-based simulation model [24]: (i) increasing LLIN coverage to 80% in a untargeted manner (blue solid line); (ii) increasing LLIN coverage with the same number of LLINs but preferentially targeting hotspots where 90% coverage is reached (dashed blue line); (iii) increasing LLIN coverage to 80% and yearly introducing IRS at 20% coverage in a untargeted manner (red solid line); (iv) a targeted approach using the same resources as the third scenario, reaching 90% effective coverage with LLINs and 90% effective coverage with yearly IRS in hotspots (dashed red line). LLINs were replaced every 4 years. Simulations were repeated for an area of high endemicity with a parasite prevalence of ~40% in the general population (B). doi:10.1371/journal.pmed.1001165.g002](http://www.malaria.com/wp-content/uploads/figure2-journal.pmed_.1001165.g002-150x150.png)
Current malaria elimination guidelines are based on the concept that malaria transmission becomes heterogeneous in the later phases of malaria elimination [1]. In the pre-elimination and elimination phases, interventions have to be targeted to entire villages or towns with higher malaria incidence until only individual episodes of malaria remain and become the centre of … [Read More...]
A leading university dedicated to promoting health worldwide. UCSF's joint discovery into the workings of the malaria parasite gives hope for new drugs and vaccines. Learn more...
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