Long-lasting
insecticide-treated mosquito nets are the most widely used
intervention for preventing transmission of malaria by anopheline
mosquitoes. Their effectiveness is threatened by the development
of resistance to pyrethroid insecticides enabling the mosquito to
survive contact with the net. Olyset Duo is a new type of bed net
treated with pyrethroid and a new insecticide, pyriproxifen, that
disrupts the maturation of eggs in the ovaries of blood-fed
mosquitoes. Ngufor and colleagues evaluated the capacity of the
Olyset Duo net to control pyrethroid-resistant mosquitoes in
laboratory tests and under household conditions in West Africa.
The Olyset Duo net killed more pyrethroid-resistant mosquitoes
than did the standard pyrethroid net and also sterilized
any mosquitoes that survived exposure to the net. By preventing
mosquito reproduction, the new net has the potential to reduce
mosquito populations and malaria transmission in areas of high
pyrethroid resistance.
for more information http://stm.sciencemag.org/content/8/356/356ra121.full
intervention for preventing transmission of malaria by anopheline
mosquitoes. Their effectiveness is threatened by the development
of resistance to pyrethroid insecticides enabling the mosquito to
survive contact with the net. Olyset Duo is a new type of bed net
treated with pyrethroid and a new insecticide, pyriproxifen, that
disrupts the maturation of eggs in the ovaries of blood-fed
mosquitoes. Ngufor and colleagues evaluated the capacity of the
Olyset Duo net to control pyrethroid-resistant mosquitoes in
laboratory tests and under household conditions in West Africa.
The Olyset Duo net killed more pyrethroid-resistant mosquitoes
than did the standard pyrethroid net and also sterilized
any mosquitoes that survived exposure to the net. By preventing
mosquito reproduction, the new net has the potential to reduce
mosquito populations and malaria transmission in areas of high
pyrethroid resistance.
for more information http://stm.sciencemag.org/content/8/356/356ra121.full



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