Revealed: How malaria parasite beats top insecticides
Published on Feb 25, 2014 8:07 AM
PARIS (AFP) - Gene detectives on Tuesday said they had discovered how the parasite that causes malaria becomes resistant to DDT and to insecticides used in anti-malaria bednets.
The secret lies in just one change in the DNA code on a single gene, they said.
A singe mutation changes a normal gene for metabolism, known as GsTe2, into one that helps the mosquito break down the insecticide molecule so that it is no longer toxic.
Insecticide resistance is a major worry in the fight against malaria.
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