Rwanda is deploying this new weapon in fight against malaria
Over 90 per cent of malaria cases in 2018 were recorded in the African region according to the World Health Organization (WHO). In Rwanda, over 3 million people are infected by the disease and the country has launched a drive to use drones.
Thu, 12 Mar 2020 14:39:24 GMT
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AI Generated Summary
- Rwanda faces a significant malaria burden, with over 3 million people infected annually
- Over 90% of malaria cases worldwide are recorded in Africa, making it a hotspot for the disease
- The use of drones for spraying pesticides in mosquito breeding sites is seen as a cost-effective and efficient intervention to reduce malaria transmission
Rwanda, a country battling a significant malaria burden with over 3 million people infected annually, is now deploying a new weapon in the fight against the disease. Over 90% of all malaria cases in 2018 were recorded in Africa, as per the World Health Organization (WHO), making the region a hotspot for this deadly mosquito-borne illness. To combat this ongoing health crisis, Rwanda has initiated a groundbreaking drive to use drones for spraying pesticides in mosquito breeding sites. This innovative approach is aimed at eliminating the disease-carrying mosquitoes and reducing the spread of malaria among the population. The use of drones in this capacity is seen as a cost-effective and efficient method compared to traditional manual spraying techniques. The new initiative has brought hope to residents of the most affected areas, who are eager to see a significant reduction in malaria cases and the related suffering and loss the disease brings. One of the key factors contributing to the prevalence of malaria in Rwanda is the low altitude and high temperature of the region, creating an ideal environment for mosquitoes to thrive and spread the disease. Implemented by local health authorities and with the support of technological advancements, this aerial assault on malaria is expected to bring about a positive change in the country's public health landscape, potentially saving lives and improving the well-being of the population.
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