Sentences with phrase «mosquito control strategies»
Armbruster can discuss the mosquito population in various regions, how they transmit viruses and various mosquito control strategies.
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PAHO / WHO has been working with member countries for a number of years on vector control and in the coming weeks will convene experts from throughout the Americas to discuss new, more effective and integrated mosquito control strategies that would help reduce not only Zika infections but also cases of dengue, chikungunya, yellow fever, and West Nile virus — all of which are spread by mosquitoes and are significant public health problems in the Americas.
Not exact matches
But we also study mosquito biology because understanding how mosquitoes eat, mate and defend themselves against infection can help us develop strategies to control or eradicate them.
And while vector - control specialists are already attempting to wipe out mosquito populations by introducing genetically modified sterile males into the field, that strategy will only work if the females they encounter remain loyal to their sterile mates — behavior that potentially could be elicited with a mosquito love potion informed by Duvall's research.
Scientists argue that a cocktail of biological pesticides and synthetic predator cues may become the future strategy for mosquito control.
Existing strategies for mosquito control often involve the use of pesticides that harm the environment.
Releases of Wolbachia - bearing mosquitoes for pest control already go on in other countries, such as Brazil, although with a different bacterial strain and a different strategy.
Malariacontrol.net What it is: A part of Africa@Home, malariacontrol.net works with population models to determine the best strategy to control malaria — from researching vaccines to deploying mosquito nets.
«The first is to understand the basic biology of the mosquito mating system, and the second is to try to understand it in a way that we can develop novel strategies for controlling the mosquito.
Those include ecology and invasion biology, mosquito - virus interactions and developing new control strategies and tools to detect dengue and chikungunya viruses.
New strategies to control mosquitoes are being developed that use «gene drive» - using the latest Crispr / Cas 9 genetic tools to make mosquitoes infertile or unable to carry the malaria parasite.
A more important finding questions the strategy of disease control for West Nile, which has focused on eradicating a common, easily controlled, ditch - dwelling mosquito.
«The use of fish to control mosquito disease vectors should be abandoned by authorities,» says Valter Azevedo - Santos, an ichthyologist at São Paulo State University in Botucatu, Brazil, who co-authored a letter objecting to the strategy published in Science earlier this year.
Alistair Miles, lead author from the University of Oxford and the Wellcome Trust Sanger Institute, said: «The data we have generated are a unique resource for studying how mosquito populations are responding to our current control efforts, and for designing better technologies and strategies for mosquito control in the future.
«This gives us a good technological platform for developing advanced malaria - control strategies, based on genetically modified mosquitoes unable to transmit the disease, and for studying the biology of malaria parasites in their mosquito hosts.»
Mosquitoes (Anopheles funestus) are vectors of malaria, and most strategies for combating the spread of the disease focus on control of mosquito populations using insecticides.
«As a result, researchers are currently releasing Wolbachia - infected mosquitoes into the wild as part of a strategy to control Dengue virus.
The mosquito's 260 million DNA base pair sequence — together with the human genome and the malaria parasite Plasmodium falciparum now nearing completion — should open up new strategies for controlling the deadly disease, which kills some 1.5 million people each year, mostly African children.
Various mosquito - control strategies are currently used, including distributing mosquito larvicides in the form of naturally occurring protein crystals, such as BinAB, which is produced by the bacterium Lysinibacillus sphaericus.
The findings may help guide strategies to control mosquitoes and the diseases they transmit.