Mosquitos infected by the malaria parasite are more likely to land on and probe a substrate laced with human body odor than their uninfected counterparts.
Mosquitos infected by the malaria parasite are more likely to land on and probe a substrate laced with human body odor than their uninfected counterparts.
Telomeres and disease; Wolbachia-infected mosquitoes may fight malaria; bat tongue mops nectar; newly sequenced genomes
Artificially induced bacterial infections in mosquitoes could reduce the spread of malaria-causing parasites.
The olfactory receptor neurons of some mosquitoes become less sensitive to the insect repellent after previous exposure.
A variety of genetic strategies to counter insect-borne diseases are close to maturity.
Researchers engineer a member of the insect's intestinal flora to help thwart the malaria parasite before it can infect new hosts.
With persistence and pluck, Leslie Vosshall managed to snatch insect odorant receptors from the jaws of experimental defeat.
A mosquito-killing fungus shows promise as an effective dengue-control agent.
Researchers engineer a bacterium that can arm the majority of the insect population with dengue resistance, and stop the virus’s spread to humans.
Mosquitoes infected with the Wolbachia bacteria, which fail to transmit the dengue virus, spread through the population when released in the wild.
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